The most creative negotiation agreements, such as that between Fage yogurt and the city of Albany, New York, are often complex agreements that have several moving parts. The creative aspect of negotiation is often ignored by negotiators, who fixate on the competitive aspect of negotiation. This tendency is largely driven by the pervasive fixed-pie perception, or the belief that negotiation is a win-or-lose enterprise. Successful negotiation requires creativity and problem solving, and the process of dividing resources is easier when the pie has been enlarged via creative and insightful problem-solving strategies.
This chapter is the “advanced course” in integrative bargaining. It provides negotiators with strategies to transform their negotiations into win-win enterprises. We focus on products of negotiation (such as outcomes), the people involved (i.e., the negotiators), and the processes (or the conditions that connect the people to the product).2 We invite negotiators to put their problem-solving skills and creativity to the test. We focus on creative agreements in negotiation. Next, we consider the biggest threats to creative problem solving in negotiations.
2 Carnevale, P. J. (2006). Creativity in the outcomes of conflict. In M. Deutsch, P. T. Coleman & E. C. Marcus (Eds.), Handbook of conflict resolution (2nd ed.). San Francisco: Jossey-Bass.
Exhibit 8-1 contains 13 problems. Take 30 minutes right now to try to solve these problems. When in doubt, make your best guess. As you go along, make a mental note of your thoughts about each problem as you try to solve it. Read the rest of this chapter before you look up the answers in Exhibit 8-9 (at the end of this chapter). As you read the chapter, see whether any insights come to you, and make note of them as they arise.
A mental model is a person’s theory about cause and effect. A mental model of negotiation is a personal theory about what behaviors will lead to certain outcomes. Negotiators’ mental models shape their behavior and affect the course of negotiation. For example, if you view negotiation as a “dog-eat-dog” enterprise, you are going to be much tougher than if you view negotiation as a “partnership.” Over 70% of people hold one of four archetypical models of negotiation, including the prisoner’s dilemma game and the chicken game.3 Moreover, the games that people think they are playing with others influence how others see them, their use of deception, and a number of other behaviors.4 Consider the following five popular mental models: haggling, cost-benefit analysis, game playing, partnership, and problem solving.5 As you read about these five mental models, think about which one best characterizes your approach to negotiation.
3 Halevy, N., Chou, E. Y., & Murnighan, J. K. (2012). Mind games: the mental representation of conflict. Journal of Personality and Social Psychology, 102(1), 132–148.
4 Halevey, Chou, & Murnighan, “Mind games.”
5 Thompson, L., & Loewenstein, J. (2003). Mental models of negotiation: Descriptive, prescriptive, and paradigmatic implications. In M. A. Hogg & J. Cooper (Eds.), Sage handbook of social psychology. London: Sage.
* Wason, P. C., & Johnson-Laird, P. N. (1972). Psychology of reasoning: Structure and content. Cambridge, MA: Harvard University Press.
Look at the following numbers/letters. Each number/letter represents a card. On each of the four cards, a letter appears on one side and a number on the other. Your task is to judge the validity of the following rule: “If a card has a vowel on one side, then it has an even number on the other side.” Your task is to turn over only those cards that have to be turned over for the correctness of the rule to be judged. What cards will you turn over? (Circle those cards that you will turn over to test the rule.)
E K 4 7
† Kahneman, D., & Tversky, A. (1973). On the psychology of prediction. Psychological Review, 80, 237–251.
A person has been chosen at random from a set of 100 people consisting of 30 engineers and 70 lawyers. What is the probability that the individual chosen at random from the group, Jack, is an engineer?
“Jack is a 45-year-old man. He is married and has four children. He is generally conservative, careful, and ambitious. He shows no interest in political and social issues and spends most of his free time on his many hobbies, which include home carpentry, sailing, and mathematical puzzles.”
Jack is (circle one):
an engineer a lawyer
**Tversky, A., & Kahneman, D. (1981). The framing of decisions and the psychology of choice. Science, 211, 453–458.
Which gamble would you rather play? (Circle either A or B.)
A: 1/3 chance to win $80,000
B: 5/6 chance to win $30,000
Now, imagine that you have to choose one of the following gambles. Which one will you play? (Circle either C or D.)
C: 50% chance to win $10,000, and 50% chance to lose $10,000
D: $0
†† Luchins, A. S. (1942). Mechanization in problem solving. Psychological Monographs, 5(46), 1–95.
You have been given a set of jugs of various capacities and an unlimited water supply. Your task is to measure out a specified quantity of water. You should assume you have a tap and a sink so that you can fill jugs and empty them. The jugs start out empty. You are allowed only to fill the jugs, empty them, and pour water from one jug to another. As an example, consider the following problems 1 and 2:
Example Problem# | Capacity of Jug A | Capacity of Jug B | Capacity of Jug C | Quantity Desired |
---|---|---|---|---|
1 | 5 cups | 40 cups | 18 cups | 28 cups |
2 | 21 cups | 127 cups | 3 cups | 100 cups |
To solve problem 1, you would fill jug A and pour it into B, fill A again and pour it into B, and fill C and pour it into B. The solution to this problem is denoted by 2A + C.
To solve problem 2, you would first fill jug B with 127 cups, fill A from B so that 106 cups are left in B, fill C from B so that 103 cups are left in B, and empty C and fill C again from B so that the goal of 100 cups in jug B is achieved. The solution to this problem can be denoted by B-A-2C.
Problem # | Capacity of Jug A | Capacity of Jug B | Capacity of Jug C | Desired Quantity | Solution |
---|---|---|---|---|---|
1 | 14 cups | 163 cups | 25 cups | 99 cups | |
2 | 18 cups | 43 cups | 10 cups | 5 cups | |
3 | 9 cups | 42 cups | 6 cups | 21 cups | |
4 | 20 cups | 59 cups | 4 cups | 31 cups | |
5 | 23 cups | 49 cups | 3 cups | 20 cups | |
6 | 15 cups | 39 cups | 3 cups | 18 cups | |
7 | 28 cups | 76 cups | 3 cups | 25 cups | |
8 | 18 cups | 48 cups | 4 cups | 22 cups | |
9 | 14 cups | 36 cups | 8 cups | 6 cups |
* Scheer, M. (1963). Scientific American, 208, 118–218.
You have six sticks, all of equal length. You need to arrange them to form four triangles that are equilateral and with each side one stick long. (You cannot break any sticks.) Indicate how you would do this.
† Letter sequence: Source unknown.
What is the next letter in the following sequence? OTTFFSS
* De Bono, E. (1967). The use of lateral thinking. New York: Penguin.
The goal of this task is to make a chain (as depicted in the goal state) from the links you are given (in the given state). Please note that it costs $3 to open a link, $5 to close a link. Your total budget is $25.
Susan and Martha are discussing their children when Susan asks Martha for the ages of her three sons. Martha says, “The sum of their ages is 13 and the product of their ages is the same as your age.” Susan replies, “I still do not know their ages.” What must Susan’s age be?
a. 24 b. 27 c. 63 d. 36 e. 48
† Wickelgren, W. A. (1974). How to solve problems. San Francisco: W. H. Freeman.
A woman has four pieces of chain. Each piece is made of three links. She wants to join the pieces into a single closed ring of chain. To open a link costs 2 cents; to close a link costs 3 cents. All links are now closed. She has only 15 cents. How does she do it?
Isaac is staying at a motel when he runs short of cash. Checking his finances, he discovers that in 23 days he will have plenty of money, but until then he will be broke. The motel owner refuses to let Isaac stay without paying his bill each day, but because Isaac owns a heavy gold chain with 23 links, the owner allows Isaac to pay for each of the 23 days with one gold link. Then, when Isaac receives his money, the motel owner will return the chain. Isaac is very anxious to keep the chain as intact as possible, so he does not want to cut off any more of the links than absolutely necessary. The motel owner, however, insists on payment each day, and he will not accept advance payment. How many links must Isaac cut while still paying the owner one link for each successive day?
links
* Weisberg, R. W., & Alba, J. W. (1981). An examination of the alleged role of “fixation” in the solution of several insight problems. Journal of Experimental Psychology: General, 110, 169–192.
Consider the following nine dots. Draw four or fewer straight lines without lifting your pencil from the paper so that each of the nine dots has a line through it.
† Fixx, J. F. (1972). More games for the super-intelligent. New York: Warner Books.
Nine pigs are kept in a square pen, as shown in the figure. Build two more square enclosures that would put each pig in a pen by itself.
** Sternberg, R. J., & Davidson, J. E. (1983). Insight in the gifted. Educational Psychologist, 18, 51–57.
Water lilies on a certain lake double in area every 24 hours. On the first day of summer, one water lily is on the lake. On the sixtieth day, water lilies completely cover the lake. On what day is the lake half covered?
** Dayton, T., Durso, F. T., & Shepard, J. D. (1990). A measure of the knowledge reorganization underlying insight. In R. W. Schraneveldt (Ed.), Pathfinder associative networks: Studies in knowledge organization. Norwood, NJ: Ablex.
A man walks into a bar and asks for a glass of water. The bartender points a shotgun at the man. The man says, “Thank you,” and walks out. What is going on in this situation?
The most common mental model of negotiation is the haggling model, in which each negotiator tries to obtain the biggest share of the bargaining zone. The haggling model is based upon a fixed-pie perception of negotiation. For example, before setting out for Dungeness crab season each December, fishermen and processors in Newport, Oregon engage in a time-honored tradition of negotiating an opening price for the crabs, known as “parley” in maritime terminology. In another example, a research investigation of haggling revealed that women were initially quoted worse prices than were men in their attempts to get a deal on a car radiator, but when women bothered to haggle, they were successful more often than men who haggled. Specifically, in the investigation, male and female volunteers called auto repair shops asking about the cost to replace a radiator on a 2003 Toyota Camry. With a going accepted rate of $365, the callers stated what they think the radiator should cost—anywhere from $365 to $510 to stating no idea of the cost. When callers mentioned rates for the job in excess $365, they ended up with a quote of $60 more than that, on average. When the men and women expressed no idea of the cost, men on average received a $383 quote but the women were gouged with a quote of $406. But, when callers engaged in “haggling”—that is, asking the shops to lower the quoted price, 35% of women were successful, but only 25% of the men were successful.6
6 Tuttle, B. (2013, July 5). Women at the auto repair shop: Better at haggling, yet more likely to get ripped off. Time. business.time.com.
Some negotiators think of negotiation as a rational, decision-making model in which they compute a cost-benefit analysis and attempt to maximize their returns. For example, Robert Rubin, former U.S. Treasury secretary, calculates the odds of almost every decision he faces, using both real and mental yellow pads. He once suggested to the board of the American Ballet Theatre, on which he sat, that it enact a cost reduction by cutting 10% of the swans in Swan Lake. 7
7 Loomis, C. (2003, December 22). The larger-than-life life of Robert Rubin. Fortune, pp. 114–124.
The chess game model of negotiation elevates negotiation from “fighting in the streets” to a battle of wits between two or more highly intelligent people. In game playing, each person has his or her own interests in mind. For example, California Tortilla’s customers were invited to challenge cashiers to a game of Rock, Paper, and Scissors to get a dollar taken off their bill.8 The World RPS (Rock, Paper, Scissors) Society posted the following advice to size up the counterparty: A seemingly intellectually superior counterparty (thus most likely to play paper) can be beaten by playing scissors. Rock being the most aggressive throw, the knuckle-dragging cashier type can be beaten by playing paper, which symbolizes “the victory of modern culture over barbarism.” A contained, clever user of tools can be beaten by playing rock.
8 Dash, J. (2007). California Tortilla to challenge customer to game of “Rock, Paper, Scissors.” Baltimore Business Journal. bizjournals.com/baltimore/stories.
A quite different mental model of negotiation is what we call the partnership model, embraced by companies and salespeople who treat their clients as partners. Negotiators who ascribe to the partnership model believe it is important to build rapport to nurture a long-term relationship and in many cases, to make sacrifices in the name of creating long-term goodwill. For example in one model, negotiation is likened to the Brazilian dance of capoeira in which movements and rhythm is interpreted as both fighting and as dancing (collaborating). The belief is that the dance metaphor promotes a more constructive and interests-based approach.9
9 Young, M., & Schlie, E. (2011). The rhythm of the deal: Negotiation as a dance. Negotiation Journal, 27(2), 191–203.
In problem solving, negotiators sit on the same side of the table and attempt to solve a puzzle together. This model focuses on the collaborative or cooperative aspects of the task and involves a great deal of creativity, reframing, and out-of-the-box thinking.
We investigated negotiators’ mental models and how they affect performance.10 Compared to negotiators who fail to reach win-win outcomes, negotiators who reach win-win outcomes are more accurate in their understanding of the other party’s underlying interests. Negotiators who reach win-win outcomes have mental models that are more similar to one another than do negotiators who fail to reach win-win outcomes. Shared metacognition promotes more cooperative negotiation, greater insight into the opponent’s values and interests, and greater satisfaction with the negotiation outcome.11 To achieve such shared cognition, negotiators should explicitly exchange their understanding with one another. Experience-based training allowed negotiators to develop mental models that resemble expert, win-win models; in contrast, didactic lecturing is uniquely ineffective.
10 Van Boven, L., & Thompson, L. (2003). A look into the mind of the negotiator: Mental models in negotiation. Group Processes & Intergroup Relations, 6(4), 387–404.
11 Choi, D. W. (2010). Shared metacognition in integrative negotiation. International Journal of Conflict Management, 21(3), 309–333.
Creativity in negotiation often follows the pattern of the “Monday morning quarterback,” meaning that it is easy in hindsight to see creative opportunity in negotiations; however, it often eludes us in the moment. Next, we outline the hallmark characteristics of truly creative negotiations.12
12 Pruitt, D. G., & Carnevale, P. J. (1993). Negotiation in social conflict. Pacific Grove, CA: Brooks-Cole.
Most negotiation situations appear to contain a single issue. Fractionating negotiation issues into solvable parts and creating several issues from what appear to be single-issue negotiations is probably the most important aspect of creative negotiation.13 For example, consider the negotiations between Southwest Airlines and AirTran. The most obvious issue—the Southwest and AirTran merger—took precedent. However, the parties also identified seemingly smaller issues as well. For example, because AirTran featured business class seating and Southwest did not, AirTran raised the seating issue and argued that loyal customers of AirTran might miss their seats.14
13 Lax, D. A., & Sebenius, J. K. (1986). The manager as negotiator. New York: Free Press.
14 Mutzabaugh, B. (2010, October 5). “Not for sale” AirTran CEO initially told Southwest. USA Today. travel.usa.com.
By exchanging offers, negotiators gain insight into possibilities. The timing of offer exchange and the insight it provides is important. During the early part of negotiation, search is exploratory and negotiators are influenced by the value of the offers.15 However, later search is more focused on refinement and the content of offers. Search by value is more difficult than search by content and negotiators seek value by communicating about content. Similarly, when negotiators make a first offer, it is advisable to do so later rather than earlier in the negotiation. Indeed, negotiators who make first offers later in the negotiation are more likely to discover creative agreements that meet parties’ underlying interests than making early first offers.16
15 Prietula, M. J., & Weingart, L. R. (2011). Negotiation offers and the search for agreement. Negotiation and Conflict Management Research, 4(2), 77–109.
16 Sinaceur, M., Maddux, W. W., Vasiljevic, D., Nuckel, R. P., & Galinsky, A. D. (2013). Good things come to those who wait: Late first offers facilitate creative agreements in negotiation. Personality and Social Psychology Bulletin, 39(6), 814–825.
Consider, for example, the negotiation between architect Daniel Libeskind and developer Larry Silverstein concerning the rebuilding of the World Trade Center site.17 By identifying additional issues and realigning issues, a negotiated agreement was reached, ending months of heated battles between Silverstein and Libeskind. The impasse centered on how much influence the architect (Libeskind) would have on the design of the first office building to be built at the site—the 1,776-foot tower that defines the rebuilt Trade Center’s presence on the Lower Manhattan skyline. The developer (Silverstein) wanted to involve other architects for the largest tower and make changes to the master plan. An agreement was reached by carving out another issue—namely, the development of commercial design guidelines governing future commercial development on the site. Libeskind won this issue, but Silverstein got to hire another firm to serve as design architect and project manager for the Freedom Tower, the first commercial building constructed on the site.18
17 Wyatt, E. (2003, July 16). Officials reach an agreement on rebuilding downtown site. New York Times, p. 1.
18 Dunlap, D. W. (2011, January 12). 10 years after 9/11, Deutsche bank tower vanishes. New York Times. nytimes.com.
Expanding the pie is an important method by which to create integrative agreements. However, negotiators who labor under the fixed-pie perception may unnecessarily limit their options. Consider for example, how a negotiation between a fire station and an elementary school was transformed from an impasse to a creative arrangement by expanding the pie.19 Initially, the school wanted to acquire land to expand, but the fire station blocked that move. So the pie was expanded such that each party paid an unrelated third party to acquire a separate parcel of land. In the final deal, the city gave a 3-acre parcel of land to a private owner, who then gave back to the city 7.5 of his own acres (located nearer to the school and fire station). At this point, the fire station and the school successfully expanded the pie of available land to accomplish both of their goals. Thus, by expanding the pie to include another plot of land that could be “swapped,” both parties ultimately achieved what they wanted: The school was able to expand, and the firehouse could make its entrances and exits more convenient and safe.
19 Robertson, G. (1998, February 18). Creative negotiations pay off. Richmond Times-Dispatch, p. J3.
Oftentimes, it is not possible for negotiators to find a compromise solution, and expanding the pie does not work. Furthermore, perhaps neither party can get what it wants in a trade-off. A bridging solution creates a new alternative that meets parties’ underlying interests. Bridging alerts us to yet another reason to understand the other party’s interests and avoid positional bargaining. If negotiators understand the basic needs of the counterparty, they are more likely to fashion bridging agreements. AMC Networks and DISH Network ended a contentious dispute brought on when the satellite provider blacked out several AMC channels, leaving DISH viewers without access to several popular shows. The standoff ended when a bridging solution was created. AMC agreed to drop a lawsuit stemming from DISH walking away from a distribution agreement with a defunct high-definition channel called Voom. DISH agreed to pay $700 million to AMC, but in turn was granted valuable satellite-grade radio spectrum. The Voom negotiations were not part of the original dispute, but paved the way to an agreement that put AMC back on the DISH network.20
20 Bylund, A. (2012, October 22). AMC and DISH work out a new deal: The zombies are back. Daily Finance. dailyfianance.com.
Sometimes, people are reluctant to negotiate because reaching a resolution seems costly to them. Most people are risk seeking when it comes to loss, meaning that they are reluctant to make concessions and may behave irrationally when they believe they will have to make concessions. Cost cutting is a way of making the other party feel whole by reducing that party’s costs. An example of value-added cost cutting occurred in negotiations between The Nature Conservancy and the Great Northern Paper Company.21 On the surface, we might expect the interests of these two to be a classic fixed pie—The Nature Conservancy, dedicated to preserving the environment, should hardly want to work with a company that makes its money by cutting down trees for consumer and industrial use. In an unprecedented partnership, The Nature Conservancy assumed $50 million worth of Great Northern’s debts. In return, Great Northern Paper agreed to protect a quarter-million acres from development.22
21 Analysis: Business deal between great northern paper and the nature conservancy to protect a quarter-million acres of Maine woods from development. (2002, August 28). NPR. npr.org.
22 Analysis: Business deal between great northern paper and the nature conservancy to protect a quarter-million acres of Maine woods from development. (2002, August 28). NPR. npr.org.
Another example of cost cutting occurred in a heated dispute involving Walgreens and CVS drugstores. In 2010, Walgreens threatened to stop filing or renewing prescriptions from competitor CVS Caremark’s massive network because of perceived unpredictable reimbursement rates and prescription plans that favored CVS stores. CVS retaliated by announcing it would pull its network from Walgreens stores within a month. The threats would have blocked millions from filing prescriptions at Walgreens stores. However, a turning point occurred when each company looked at the potential costs. Walgreens’ patients accounted for about 10% of CVS’ Pharmacy Benefit Manager business, and CVS customers accounted for nearly $4.4 billion of Walgreens’ annual sales. The two companies agreed to cut costs via an agreement in which CVS provided financial concessions in return for Walgreens not extracting higher payment for the drugs that CVS Caremark enrollees buy.23
23 Martin, T. W., & Dagher, V. (2010, June 19). Corporate news: CVS, Walgreens settle dispute–fund threatened to block millions from filling prescriptions at Walgreen stores. The Wall Street Journal, p. B5; Abelson, R. (2010, June 19). Walgreens and CVS reach deal on filling prescriptions. New York Times, p. B3.
In a nonspecific compensation agreement, one negotiator receives what he or she wants, and the other is compensated (or paid) by some method that was initially outside the bounds of the negotiation. For example, Phil Jones, managing director of Real Time Consulting, a London-based interactive design consultancy, recalls an instance where he used nonspecific compensation in his negotiations.24 The problem was that his client, a Formula 1 motor-racing team, wanted to launch websites but did not have the budget to pay him. However, in Phil Jones’s eyes, the client was high profile and had creative, challenging projects with which Real Time wanted to get involved. Formula 1 came up with a nonspecific compensation offer to make the deal go through: tickets to some of the major Formula 1 meetings. It worked. Says Phil Jones, “The tickets are like gold dust…and can be used as a pat on the back for staff or as an opportunity to pamper existing clients or woo new ones.”
24 Davies, J. (1998, November 1). The art of negotiation. Management Today, pp. 126–128.
A major obstacle to reaching negotiated agreements often concerns negotiators’ beliefs about some future event or outcome.25 Impasses often result from conflicting beliefs that are difficult to surmount, especially when each side is confident about the accuracy of his or her prediction and consequently, suspicious of the other side’s forecasts. Often, compromise is not a viable solution, and each party may be reluctant to change his or her point of view. Contingency contracts can provide a way out of the mire. With a contingency (or contingent) contract, differences of opinion among negotiators concerning future events do not have to be bridged; instead, they become the core of the agreement.26 Negotiators can bet on the future rather than argue about it. In some areas of business, contingency contracts are commonplace. For example, some CEOs agree to tie their salary to a company’s stock price.
25 Lax & Sebenius, The manager as negotiator.
26 Bazerman, M. H., & Gillespie, J. J. (1999). Betting on the future: The virtues of contingent contracts. Harvard Business Review, 77(4), 155–160.
However, in many business negotiations, contingency contracts are either ignored or rejected for several reasons.27 First, people are unaware of how to construct contingency contracts. Second, contingency contracts are often seen as a form of gambling. Third, no systematic way of thinking about the formulation of such contracts is usually available, meaning that they appear to be a good idea, but how to formalize and act upon them remains an enigma. Fourth, many negotiators have a “getting to yes” bias, meaning they focus on reaching common ground with the other party and are reluctant to accept differences of interest, even when this might create viable options for joint gain.28 The paradoxical view suggested by the contingency contract strategy states that differences are often constructive. With a contingency contract, negotiators can focus on their real mutual interests, not on their speculative disagreements.29 When companies fail to find their way out of differences in beliefs, they often go to court, creating expensive delays, litigation costs, loss of control by both parties, and deteriorating BATNAs. Consider how a contingent contract might have changed the course of one of the most sensitive negotiation issues involving consumers and mobile apps. In the late 1990s, privacy groups such as The Center for Digital Democracy and the Electronic Privacy Information Center, complained that websites often collected sensitive information without their users’ permission or knowledge. In 2000, the Federal Trade Commission began considering the privacy implications raised by consumers’ growing use of mobile devices. For example, a study by the Federal Trade Commission found that only 16% of apps aimed at children disclosed their privacy practice.30 The battle between citizens and app developers became particularly heated and emotional. Investigative reporters in the mid-1990s uncovered a long list of dangerous marketing abuses that negatively leveraged users’ personal information to gain power.31
27 Bazerman & Gillespie, “Betting on the future.”
28 Gibson, K., Thompson, L., & Bazerman, M. H. (1994). Biases and rationality in the mediation process. In L. Heath, F. Bryant, & J. Edwards (Eds.), Application of heuristics and biases to social issues: Vol. 3. New York: Plenum.
29 Bazerman & Gillespie, “Betting on the future.”
30 Federal Trade Commission. (2012, February). FTC report raises privacy questions about mobile applications for children. ftc.gov.
31 Boyles, J. L., Smith, A., & Madden, M. (2012, September 5). Privacy and data management on mobile devices. Pew internet and American life project. pewinternet.org.
A contingent contract was introduced in 2013 when the National Telecommunications and Information Administration (NTIA), an agency within the Commerce Department, convened a discussion in an effort to implement the White House’s “Privacy Bill of Rights,” which outlines a set of principles for how Internet companies should handle personal information. In particular, John Potter, president of the Application Developers Alliance, worked to craft a code of conduct for companies to inform consumers what sensitive and personal information the apps collect and also if that information is shared. The contingent contract involves testing “notices,” which disclose whether the app is collecting information from a user, including location, browsing history, health records, contacts, financial information, and phone and text logs. Under the contingent contract, privacy groups and consumers test the voluntary code of conduct. The notice program allows apps to compete on privacy and thus gives consumers a tool to pick the most privacy friendly applications.32
32 Bazerman & Gillespie, “Betting on the future.”
Another advantage of contingency contracts is they provide a nearly perfect lie-detection device. Contingency contracts allow negotiators to test the counterparty’s veracity in a nonconfrontational manner, thereby allowing parties to save face. Contingency contracts also allow parties who are concerned about being cheated to safeguard themselves. This fear of being cheated is precisely what Christopher Columbus was worried about when he negotiated an agreement about the New World with Queen Isabella and King Ferdinand of Spain. Worried he would risk life and opportunity and gain nothing, Christopher Columbus insisted he be offered an opportunity to contribute one-eighth of the costs of future expeditions and be guaranteed one-eighth of all profits. Unfortunately, the crowns reneged on the deal upon his return, and Columbus had to go to court.33
33 Dworetzky, T. (1998, December 11). Explorer Christopher Columbus: How the West’s greatest discoverer negotiated his trips’ financing. Investors’ Business Daily, p. 1BD.
By the same token, contingency contracts build trust and good faith between negotiators because incentives can be provided for each company to deliver exceptional performance. Therefore, contingency contracts provide a safety net, limiting each company’s losses should an agreement go awry unexpectedly. (For a summary of the benefits of contingency contracts, see Exhibit 8-2.)
Although contingency contracts can be valuable in many kinds of business negotiations, they are not always the right strategy to use. There are three key criteria for assessing the viability and usefulness of contingency contracts in negotiation:34
34 Bazerman & Gillespie, “Betting on the future.”
Contingency contracts require some degree of continued interaction between the parties. Because the final terms of the contract will not be determined until sometime after the initial agreement is signed, some amount of future interaction between parties is necessary, thereby allowing them to assess the terms of their agreement. Therefore, if the future seems highly uncertain, or if one of the parties is suspected of preparing to leave the situation permanently, contingency contracts may not be wise.
Contingency contracts allow negotiators to build on their differences, rather than arguing about them. Do not argue over the future. Bet on it.
Contingency contracts allow negotiators to manage decision-making biases. Although overconfidence and egocentrism can be barriers to effective agreements, contingency contracts use these biases to create a bet.
Contingency contracts allow negotiators to solve problems of trust, when one party has information that the other party lacks. The less-informed party can create a contingency to protect itself against the unknown information possessed by the other party.
Contingency contracts allow negotiators to diagnose the honesty of the counterparty. When one party makes a claim that the other party does not believe, a bet can be created to protect a negotiator against the lie.
Contingency contracts allow negotiators to reduce risk through risk sharing. The sharing of upside gains and losses not only can reduce risk, but can also create goodwill by increasing the partnership between the parties.
Contingency contracts allow negotiators to increase the incentive of the parties to perform at or above contractually specified levels. Contingency contracts should be specifically considered when the motivation of one of the parties is in question.
Parties need to think about the enforceability of the contingency contract. Under a contingent contract, one or more of the parties will probably not be correct about the outcome because the contract often functions as a bet. This outcome creates a problem for the “loser” of the bet, who may be reluctant to reimburse the other party when things do not go his or her way. For this reason, the money in question might well be placed in escrow, thereby removing each party’s temptation to defect.
Contingency contracts require a high degree of clarity and measurability. If an event is ambiguous, nonmeasurable, or of a subjective nature, overconfidence, egocentric bias, and a variety of other self-serving biases can make the objective appraisal of a contingency contract a matter of some opinion. Parties should agree up front on clear, specific measures concerning how the contract will be evaluated. For this reason, it is often wise to consult a third party.
A variety of human biases and shortcomings threaten people’s ability to think creatively. A key first step to preventing these biases is awareness of their existence.
People’s ability to solve problems in new contexts depends on the accessibility of their relevant knowledge. If a manager is confronted with new business challenges, he or she often consults his or her knowledge base for previous problems in an attempt to see which previous problem solving strategies might be useful in solving the new problem. The inert knowledge problem is the inability to access relevant knowledge when we most need it.35 The information necessary to solve a new problem is part of a manager’s cognitive repertoire but is not accessible at the right time. This unavailability is not due to senility or amnesia but rather, to the peculiar way that our long-term memories are constructed.
35 Whitehead, A. N. (1929). The aims of education. New York: Macmillan.
A striking dissociation occurs between what is most accessible in our memories and what is most useful in human problem solving and reasoning. People often fail to recall what is ultimately most valuable for solving new problems.36 In one investigation, people studied examples containing principles of probability theory and then attempted to solve problems requiring the use of those principles.37 If the study and test stories were from the same context, people were more likely to be reminded of them than if the stories were from different contexts. In another investigation, participants were given a story to read about a hawk giving feathers to a hunter.38 Participants were then given one of four stories resulting from combining surface and structural similarities (i.e., a story with similar characters and plot, different characters but same plot, similar characters but different plot, or different characters and different plot). People were more than four times more likely to recall the original story when later shown a story with similar characters than when shown a story with different characters, suggesting that people often fail to recall what is ultimately most valuable for solving new problems.39 Upon being informed of the correct approach to a negotiation, management students often express regret: “I knew that. I just did not think to use it.”
36 Forbus, K. D., Gentner, D., & Law, K. (1995). MAC/FAC: A model of similarity-based retrieval. Cognitive Science, 19(2), 141–205; Gentner, D., Rattermann, M. J., & Forbus, K. D. (1993). The roles of similarity in transfer: Separating retrievability from inferential soundness. Cognitive Psychology, 25(4), 524–575.
37 Ross, B. H. (1987). This is like that: The use of earlier problems and the separation of similarity effects. Journal of Experimental Psychology: Learning, Memory and Cognition, 13(4), 629–639.
38 Gentner, Rattermann, & Forbus, “The roles of similarity in transfer.”
39 Forbus, Gentner, & Law, “MAC/FAC”; Gentner, Rattermann, & Forbus, “The roles of similarity in transfer.”
Transfer is the ability to apply a strategy or idea learned in one situation to solve a problem in a different, but relevant situation. Surface-level transfer occurs when a person attempts to transfer a solution from one context to a superficially similar context. However, in most situations it is desirable for people to engage in deep-level transfer by applying solutions and strategies that have meaningful similarities, rather than superficial ones. Unfortunately, this task proves to be quite difficult for most managers to do. In general, if two problems have similar surface (or superficial) features, managers are more likely to transfer knowledge from one problem situation to the other. Ideally, managers must transfer solutions to problems with similar deep (or structural) features that possess significantly different superficial features.
As a case in point, consider the “tumor problem” presented in Exhibit 8-3. When presented with this problem, few people successfully solve it; however, if it is preceded by the fortress problem in Exhibit 8-4, the solution rate rises dramatically.40 Even though a similar solution can be applied in both problems, because the surface information in each problem is quite different (one deals with a medical situation; the other a political situation), people are often unable to access their knowledge about one of these problems to help them solve the other.
40 Gick, M. L., & Holyoak, K. J. (1980). Analogical problem solving. Cognitive Psychology, 12, 306–355.
Suppose you are a doctor faced with a patient who has a malignant tumor in his stomach. It is impossible to operate on the patient, but unless the tumor is destroyed, the patient will die. A kind of ray can be used to destroy the tumor. If the rays reach the tumor all at once at a sufficiently high intensity, the tumor will be destroyed. Unfortunately, at this intensity the healthy tissue the rays pass through on the way to the tumor will also be destroyed. At lower intensities, the rays are harmless to healthy tissue, but they will not affect the tumor either. What type of procedure might be used to destroy the tumor with the rays and at the same time, avoid destroying the healthy tissue?
A small country fell under the iron rule of a dictator. The dictator ruled the country from a strong fortress. The fortress was situated in the middle of the country, surrounded by farms and villages. Many roads radiated outward from the fortress like spokes on a wheel. A great general arose, who raised a large army at the border and vowed to capture the fortress and free the country of the dictator. The general knew that if his entire army could attack the fortress at once, it could be captured. His troops were poised at the head of one of the roads leading to the fortress, ready to attack. However, a spy brought the general a disturbing report. The ruthless dictator had planted mines on each of the roads. The mines were set so that small bodies of men could pass over them safely because the dictator needed to be able to move troops and workers to and from the fortress. However, any large force would detonate the mines. Not only would this blow up the road and render it impassable, but the dictator would destroy many villages in retaliation. A full-scale direct attack on the fortress therefore appeared impossible.
The general however, was undaunted. He divided his army into small groups and dispatched each group to the head of a different road. When all was ready, he gave the signal, and each group charged down a different road. All of the small groups passed safely over the mines, and the army then attacked the fortress in full strength. In this way, the general was able to capture the fortress and overthrow the dictator.
The same problem occurs in negotiation. Studies of MBA students, executives, and consultants acquiring negotiation skills reveal a dramatic inert knowledge problem.41 Transfer rates are quite low when a key principle needs to be applied to novel negotiation situations that involve different surface features. For example, when people are challenged with a negotiation situation involving a theater company that contains the potential for a contingency contract, they are often unable to employ the principle of contingency contracts even when they have received extensive training on this principle in a negotiation case involving a different context, such as a family-owned farm. This occurs because we tend to use our previous knowledge only when it seems similar to a new problem. People are not able to recognize problems that may benefit from similar problem solving principles and strategies.
41 Loewenstein, J., Thompson, L., & Gentner, D. (1999). Analogical encoding facilitates transfer in negotiation. Psychonomic Bulletin and Review, 6(4), 586–597; Loewenstein, J., Thompson, L., & Gentner, D. (2003). Analogical learning in negotiation teams: Comparing cases promotes learning and transfer. Academy of Management Learning and Education, 2(2), 119–127; Thompson, L., Loewenstein, J., & Gentner, D. (2000). Avoiding missed opportunities in managerial life: Analogical training more powerful than case-based training. Organizational Behavior and Human Decision Processes, 82(1), 60–75; Gentner, D., Loewenstein, J., & Thompson, L. (2003). Learning and transfer: A general role for analogical encoding. Journal of Educational Psychology, 95(2), 393–408; for a review, see Loewenstein, J., & Thompson, L. (2000). The challenge of learning. Negotiation Journal, 16(4), 399–408; Gentner, D., Loewenstein, J., Thompson, L., & Forbus, K. D. (2009). Reviving inert knowledge: Analogical abstraction supports relational retrieval of past events. Cognitive Science, 33(8), 1343–1382.
The obvious question is: What decreases the inert knowledge problem and increases people’s ability to transfer knowledge they possess when faced with a situation that could potentially benefit from that knowledge? One answer appears to be quite simple and powerful. It involves making an explicit comparison between two or more relevant cases.42 To the extent that people mentally compare cases or situations, they are able to create a problem-solving schema that is uncluttered by irrelevant surface information. Thus, problem-solving schemas created through this process of mental comparison are more portable and more likely to be called upon when negotiators are challenged with a novel problem. In the absence of comparison, it is not clear to negotiators which information about a situation is relevant or irrelevant. Furthermore, as helpful as making comparisons can be, recognizing when to make them is not always obvious. For example, in our training of MBA students and executives, we frequently present negotiators with several training cases, usually on the same printed page. Very rarely do negotiators actively compare the cases printed on the same page, even though they contain a similar underlying principle. Thus, the key appears to be making comparisons among experiences, a strategy we elaborate upon later.
42 Thompson, Loewenstein, & Gentner, “Avoiding missed opportunities in managerial life.”
The preceding strategy focused on enhancing knowledge transfer by providing negotiators with very similar, specific examples. However, diverse analogical training wherein negotiators compare several different value-creating strategies, may be more effective.43 Negotiators who are prompted to compare (rather than simply read) examples are not only able to profitably transfer their learning to a new negotiation situation, they are able to remember negotiation situations from their own life that illustrate the key learning principle.44 In a related investigation, negotiators were able to engage in successful knowledge transfer by focusing on differences in seemingly unrelated tasks.45 Specifically, negotiators who were able to think about how others made decisions in versions of the “Monty Hall” game46 and the multiparty “Ultimatum” game47 were more accurate in analyzing a new problem.48
43 Moran, S., Bereby-Meyer, Y., & Bazerman, M. H. (2008). Stretching the effectiveness of analogical training in negotiations: Teaching diverse principles for creating value. Negotiation and Conflict Management Research, 1(2), 99–134.
44 Gentner, Loewenstein, Thompson, & Forbus, “Reviving inert knowledge.”
45 Idson, L., Chugh, D., Bereby-Meyer, Y., Moran, S., Grosskopf, B., & Bazerman, M. (2004). Overcoming focusing failures in competitive environments. Journal of Behavioral Decision Making, 17, 159–172.
46 Nalebuff, B. (1987, Autumn). Puzzles: Choose a curtain, duelity, two point conversions, and more. Journal of Economic Perspectives, 1, 157–163.
47 Messick, D. M., Moore, D. A., & Bazerman, M. H. (1997). Ultimatum bargaining with a group: Underestimating the importance of the decision rule. Organizational Behavior and Human Decision Processes, 69(2), 87–101.
48 Samuelson, W. F., & Bazerman, M. H. (1985). Negotiating under the winner’s curse. In V. Smith (Ed.), Research in experimental economics: Vol. 3 (pp. 105–137). Greenwich, CT: JAI Press.
Which is more common: words that start with the letter K—for example, king—or words with K as the third letter—for example, awkward?49 In the English language, more than twice as many words have K as the third letter than have K as the first letter. Despite this fact, the majority of people guess incorrectly (they assume that more words have K as the first letter), due to the availability heuristic. According to the availability heuristic, the more prevalent a group or category is judged to be, the easier it is for people to bring instances of this group or category to mind. This heuristic affects the quality of negotiators’ judgments in that they may be biased by the ease with which information can be brought to mind. In another investigation people were presented with a list of 39 names of well-known people.50 Nineteen of the people on the list were female; 20 were male. The women happened to be more famous than the men. Afterward, people were asked to judge how many women’s names appeared on the list. People dramatically overestimated the number of female names, presumably because they were easier to recall—another illustration of the availability heuristic.
49 Kahneman, D., & Tversky, A. (1982). On the study of statistical intuitions. Cognition, 11(2), 123–141.
50 Tversky, A., & Kahneman, D. (1973). Availability: A heuristic for judging frequency and probability. Cognitive Psychology, 5, 207–232.
The availability heuristic is associated with the false consensus effect.51 This effect refers to the fact that most people think others agree with them more than is actually the case. For example, people who smoke estimate that 51% of others are smokers, but nonsmokers estimate that only 38% of people are smokers.52 Furthermore, people overestimate the proportion of people who agree with them about their attitudes concerning drugs, abortion, seatbelt use, politics, and even certain brand-name crackers.53 When a negotiator falls victim to the availability heuristic, the likelihood of employing creative strategies (which are often less available) is severely undermined.
51 Sherman, S. J., Presson, C. C., & Chassin, L. (1984). Mechanisms underlying the false consensus effect: The special role of threats to the self. Personality and Social Psychology Bulletin, 10, 127–138.
52 Sherman, Presson, & Chassin, “Mechanisms underlying the false consensus effect.”
53 Nisbett, R. E., Krantz, D. H., Jepson, C., & Kunda, Z. (1995). The use of statistical heuristics in everyday inductive reasoning. In R. E. Nisbett (Ed.), Rules for reasoning (pp. 15–54). Hillsdale, NJ: Erlbaum.
Imagine that you have just met your new boss. She is thin, wears glasses, is soft-spoken, and dresses conservatively. Does your supervisor enjoy poetry or sports? In answering such questions, people make judgments on the basis of a relatively simple rule: The more similar a person is to a group stereotype, the more likely he or she is to also belong to that group. Most people assume the supervisor enjoys poetry. Basically, the more a person looks like the stereotype of a group member, the more we are inclined to stereotype them as belonging to that group. The representativeness heuristic is based on stereotypes of people, which may have a basis in reality but are frequently outdated and wrong. Furthermore, reliance on stereotypical information leads people to overlook other types of information that could potentially be useful in negotiations. The most important type of information is related to base rates. Base rates are the frequency with which some event or pattern occurs in a general population. For example, consider a negotiator interested in purchasing a new car. One source of information concerning the new car is a popular consumer report. This report is based upon thousands of consumer data points and research and therefore is highly reliable. However, in addition to consulting this source, people interested in purchasing a new car often consult their neighbors and friends. Sometimes, a neighbor or friend may have had a personal experience with a car that is quite different from what is reported in the consumer report magazine. Oftentimes however, people who consult their neighbors and friends often discount perfectly valid information (i.e., the base rate information) and choose to rely upon a single, vivid data point. This error is known as the base rate fallacy.
Faulty judgments of probability are associated with what is known as the gambler’s fallacy, the tendency to treat chance events as though they have a built-in, evening-out mechanism. As an example, consider the following problem: Suppose you flip a coin and it comes up heads five times in a row. What do you think the outcome of the next toss will be? Most people feel that the probability is high that the coin will come up tails. Of course, the probability of a heads or tails outcome is always the same (50%) for each flip, regardless of the previous result. However, most people think that some sequences (such as heads, tails, heads, tails) are far more likely to occur than others (such as a string of heads or a string of tails).54
54 Tversky, A., & Kahneman, D. (1974). Judgment under uncertainty: Heuristics and biases. Science, 185, 1124–1131.
Job candidates are often asked by recruiters to state their salary range. The job candidate, wanting to maximize his or her salary but at the same time not remove himself or herself from consideration because of unrealistic demands, faces a quandary. Similarly, the prospective home buyer struggles with what to make as an opening offer. What factors determine how we make such assessments of value?
People use a reference point as an anchor and then adjust that value up or down as deemed appropriate.55 For example, a prospective job recruit may have a roommate who just landed a job with a salary of $80,000. The candidate decides to use $80,000 as a starting point. Two fundamental concerns arise with the anchoring-and-adjustment process. First, the anchors we use to make such judgments are often arbitrary.56 Oftentimes, anchors are selected on the basis of their temporal proximity, not their relevance to the judgment in question. Second, we tend to make insufficient adjustments away from the anchor; we are weighed down by the anchor. (Remember how people’s estimates of the number of doctors in Manhattan were affected by their Social Security number!) The message for the negotiator is clear: Carefully select anchors, and be wary if the counterparty attempts to anchor you.
55 Tversky & Kahneman, “Judgment under uncertainty.”
56 Tversky & Kahneman, “Judgment under uncertainty.”
Consider the following facts:
Women living in the San Francisco area have a higher rate of breast cancer.
Women of lower socioeconomic status are less likely to breast-feed their babies.
People who marry at a later point in life are less likely to divorce.
Before reading further, attempt to explain each fact. When people are asked to do so, they frequently conclude the following:
Living in San Francisco causes breast cancer.
People of lower socioeconomic status are not given postnatal care.
People become wiser as they grow older.
All of these explanations are reasonable, but they are all unwarranted based upon the information given. The tendency to infer a causal relationship between two events is unwarranted because we do not know the direction of causality (e.g., it is possible that more older women live in the Bay Area). Further, a third variable could be the cause of the event (e.g., people who marry later may be richer or more educated). Maybe women of lower socioeconomic status are younger and less comfortable breast-feeding, more likely to be targeted by formula companies, or less likely to get maternity leave. There is a myriad of possible explanations.
The perseverance effect is the tendency of people to continue to believe that something is true even when it is revealed to be false or has been disproved.57 For example, imagine that you have taken an aptitude test and have been told you scored poorly. Later, you learn the exam was misscored. Are you able to erase this experience? Not if you are like most college students, who continue to persevere in their beliefs.58 Why is this tendency so prevalent? Once a causal explanation is constructed, it is difficult to change it. If you or your counterparty has an erroneous belief about the other, even when it is proven wrong, the belief may still prevail. The important implication is to carefully examine the beliefs you hold about the counterparty and be cognizant of faulty beliefs they may have about you.
57 Ross, L., & Lepper, M. R. (1980). The perseverance of beliefs: Empirical and normative considerations. In R. A. Shweder (Ed.), New directions for methodology of behavioral science: Fallible judgment in behavioral research. San Francisco: Jossey-Bass.
58 Ross & Lepper, “The perseverance of beliefs.”
Illusory correlation is the tendency to see invalid correlations between events. For example, people often perceive relationships between distinct pieces of information as a mere consequence of their being presented at the same time.59 For example in one investigation, people read diagnoses of mental patients.60 Specifically, people were shown pictures allegedly drawn by these patients and then were given the patients’ diagnoses to read. In actuality, there was no correlation between the types of pictures the patients allegedly drew and the nature of their diagnoses (paranoia, schizophrenia). Nevertheless, the people reviewing the evidence believed they saw correlations—for example, between a diagnosis of paranoia and a drawing of a very large eye. Even when people are presented with contradictory or ambiguous evidence, they are extremely reluctant to revise their judgments. As another example, suppose you learn during the course of a negotiation with a business representative from country X that 60% of country X’s male population is uneducated. Suppose the same day you learn 60% of crimes committed in that country are violent. Although no logical relation connects the two statistics, most people assume a correlation; that is, they assume that uneducated men from country X are responsible for violent crimes. In fact, no relationship exists between the two—it is illusory. Such correlations between separate facts are illusory because they lack an objective basis for the relationships. Rather, our implicit theories are constructed so that we interpret relations between temporally proximate events.
59 Hamilton, D. L., & Gifford, R. K. (1976). Illusory correlation in interpersonal perception: A cognitive basis of stereotypic judgments. Journal of Experimental Social Psychology, 12, 392–407.
60 Chapman, L. J., & Chapman, J. P. (1967). Genesis of popular but erroneous diagnostic observations. Journal of Abnormal Psychology, 72, 193–204; Chapman, L. J., & Chapman, J. P. (1969). Illusory correlation as an obstacle to the use of valid psychodiagnostic signs. Journal of Abnormal Psychology, 74(3), 271–280.
Most people believe the world is a fair place: People get out of life what they deserve and deserve what happens to them.61 This mindset leads to positive evaluations of others who have good things happen to them; for example, most people believe “good” people are likely to win lotteries. Unwarranted negative impressions are produced when others suffer misfortune; for instance, we assume that bad people or ignorant people are victims of crimes.62 Blaming-the-victim attributions are defensive attributions because they enable observers to deal with perceived inequities in others’ lives and maintain the belief that the world is just.63 In short, if we believe bad things could easily happen to us (e.g., dying in an airplane crash or losing a limb), the world seems scary and less predictable.
61 Lerner, M. (1980). The belief in a just world: The fundamental delusion. New York: Plenum.
62 Saunders, D. G., & Size, P. B. (1986). Attitudes about woman abuse among police officers, victims, and victim advocates. Journal of Interpersonal Violence, 1, 25–42.
63 Thornton, B. (1992). Repression and its mediating influence on the defensive attribution of responsibility. Journal of Research in Personality, 26, 44–57.
The hindsight bias refers to a pervasive human tendency for people to be remarkably adept at inferring a process once the outcome is known but to be unable to predict outcomes when only the processes and precipitating events are known.64 The hindsight bias, or the “I knew it all along” effect, makes integrative solutions to negotiation situations appear obvious when we see them in retrospect, although before they were discovered, the situation appeared to be fixed-sum.
64 Fischhoff, B. (1975). Hindsight does not equal foresight: The effect of outcome knowledge on judgment under uncertainty. Journal of Experimental Psychology: Human Perception and Performance, 1, 288–299.
We are frequently called upon to explain the causes of events, such as the demise of an organization or the success of a particular company. We often perceive events that have already occurred as inevitable. Stated another way, once we know the outcome of an event, we perceive the outcome to be an inevitable consequence of the factors leading to the outcome. This creeping determinism 65 accounts for the “Monday morning quarterback” or the “I knew it all along” phenomenon. Therefore, once someone knows the outcome, the events leading up to it seem obvious. The hindsight bias also accounts for why negotiators often think integrative agreements are obvious after the fact but fail to see them when encountering a novel negotiation.
65 Fischhoff, “Hindsight does not equal foresight.”
Functional fixedness occurs when a problem solver bases a strategy on familiar methods.66 The problem with functional fixedness is that previously learned problem-solving strategies hinder the development of effective strategies in new situations. The person fixates on one strategy and cannot readily switch to another method of solving a problem. In other words, experience in one domain produces in-the-box thinking in another domain. Reliance on compromise as a negotiation strategy may produce functional fixedness.
66 Adamson, R. E., & Taylor, D. W. (1954). Functional fixedness as related to elapsed time and situation. Journal of Experimental Psychology, 47, 122–216.
Our past experience can limit problem solving. Consider the tumor problem presented in Exhibit 8-3. The solution rate, when people are given the problem by itself, is 37%; however, when people are shown a diagram of an arrow going through a black dot and then given the problem, the solution rate drops to 9%.67 The diagram of the arrow going through the black dot depicted the function of the X-ray as a single line going through the human body; thus, it blocked people’s ability to think of several rays focused on the tumor. Functional fixedness occurs when people have a mental block against using an object in a new way to solve a problem. In another example, people are challenged with the problem of how to mount a candle vertically on a nearby screen to function as a lamp. The only materials they are given are a box of matches, a box of candles, and a box of tacks. The creative solution is to mount the candle on top of the matchbox by melting the wax onto the box and sticking the candle to it, then tacking the box to the screen. This elegant solution is much harder to discover when the people are presented with the boxes filled with tacks (i.e., the way the boxes are normally used), rather than emptied of their contents.68
67 Duncker, K. (1945). On problem solving. Psychological Monographs, 58, 270.
68 Anderson, J. R. (1995). Cognitive psychology and its implications (4th ed.). New York: Freeman.
Closely related to the problem of functional fixedness is the set effect, in which prior experience can also have negative effects in new problem-solving situations. Also known as negative transfer, prior experience can limit a manager’s ability to develop strategies of sufficient breadth and generality. Consider the water jug problem presented in Exhibit 8-1. People who had the experience of working on all the water problems typically used a longer, costlier method to solve the problems. People without the experience of solving the problems almost always discovered the short, direct solution. Set effects also plague coalitions. Because war policies can become institutionalized over time, there is a very strong link between coalition shifts and war termination.69 Changes in coalitions are often necessary to kick-start an updating process.
69 Stanley, E. A., & Sawyer J. P. (2009). The equifinality of war termination: Multiple paths to ending war. The Journal of Conflict Resolution, 53(5), 651–676.
In negotiations, we are bombarded with information—the counterparty’s physical appearance, his or her opening remarks, hearsay knowledge, nonverbal behavior, and so on. However, we only perceive about 1% of all information in our visual field.70 Thus, we perceive only a tiny fraction of what happens in the negotiation room. How do we know if we are paying attention to the right cues?
70 Kaplan, S., & Kaplan, R. (1982). Cognition and environment: Functioning in an uncertain world. New York: Praeger.
The basic function of our sensory information buffers is to parse and code stimulus information into recognizable symbols. Because external stimuli cannot get directly inside our heads, we cognitively represent stimuli as internal symbols and their interrelations as symbol structures. The sensory buffers—visual, auditory, and tactile—maintain the stimulus as an image or icon while its features are extracted. This activity occurs rapidly and below our threshold of awareness. The features extracted from a given stimulus object comprises a coded description of the object. For example, our interaction with a colleague concerning a joint venture is an event that is real, but our minds are not video cameras that record everything; rather, we use a process known as selective attention.
Consider a situation in which you are assessing the probability that a particular company will be successful. Some people might think the probability is quite good; others might think the probability is low; others might make middle-of-the-road assessments. For the decision maker, what matters most is making an assessment that is accurate. How accurate are people in judging probability? How do they make assessments of likelihood, especially when full, objective information is unavailable?
Judgments of likelihood for certain types of events are often more optimistic than is warranted. The overconfidence effect refers to unwarranted levels of confidence in people’s judgment of their abilities and the occurrence of positive events and underestimates of the likelihood of negative events. For example, in negotiations involving third-party dispute resolution, negotiators on each side believe the neutral third party will adjudicate in their favor.71 Obviously, this outcome cannot happen; the third party cannot adjudicate in favor of both parties. Similarly, in final-offer arbitration, wherein parties each submit their final bid to a third party who then makes a binding decision between the two proposals, negotiators consistently overestimate the probability that the neutral arbitrator will choose their own offer.72 Obviously, the probability is only 50% that a final offer will be accepted; nevertheless, typically, both parties’ estimates sum to a number greater than 100%. The message is to be aware of the overconfidence effect. When we find ourselves to be highly confident of a particular outcome occurring (whether it be the counterparty caving in to us, a senior manager supporting our decision, etc.), it is important to examine why.
71 Farber, H. S. (1981). Splitting the difference in interest arbitration. Industrial and Labor Relations Review, 35, 70–77; Farber, H. S., & Bazerman, M. H. (1986). The general basis of arbitrator behavior: An empirical analysis of conventional and final offer arbitration. Econometrica, 54, 1503–1528; Farber, H. S., & Bazerman, M. H. (1989). Divergent expectations as a cause of disagreement in bargaining: Evidence from a comparison of arbitration schemes. Quarterly Journal of Economics, 104, 99–120.
72 Neale, M. A., & Bazerman, M. H. (1983). The role of perspective taking ability in negotiating under different forms of arbitration. Industrial and Labor Relations Review, 36, 378–388; Bazerman, M. H., & Neale, M. A. (1982). Improving negotiation effectiveness under final offer arbitration: The role of selection and training. Journal of Applied Psychology, 67(5), 543–548.
Perspective taking has been a common treatment to remedy a number of faulty beliefs in negotiation, such as overconfidence and egocentric behavior. Indeed, leading people to consider other peoples’ thoughts reduces self-centered judgments such that people claim it is fair for them to take less from a common pool of resources, yet their behavior actually becomes more selfish!73 Moreover, people seem completely unaware of the fact that their personal beliefs about what is fair do not align with their behavior.
73 Epley, N., Caruso, E., & Bazerman, M. H. (2006). When perspective taking increases taking: Reactive egoism in social interaction. Journal of Personality and Social Psychology, 91(5), 872–889.
Short-term memory is the part of our mind that holds the information currently in the focus of our attention and conscious processing. Unfortunately, short-term memory has severely limited capacity; only about five to nine symbols or coded items may be currently active. The “seven plus-or-minus two” rule extends to just about everything we try to remember.74 Consider, for example, an interaction you might have with the president of a company concerning the details of a consulting engagement. The president tells you many facts about her company; you will recall, on average, five to nine pieces of information. Without deliberate rehearsal, the information in your short-term memory will disappear and be replaced with new information perceived by your sensory registers. Obviously, we perceive much more information than we ultimately store and remember.
74 Miller, G. A. (1956). The magical number seven plus or minus two: Some limits on our capacity for processing information. Psychological Review, 63, 81–97.
Techniques for improving the quality of negotiated agreements range from training managers in negotiation skills to creative thinking.
Perhaps nothing is more effective in improving the ability of negotiators to reach win-win agreements than training programs. Most typically, training programs involve challenging negotiators to complete a negotiation that has integrative potential that may not be obvious. An important aspect of experience and training is for negotiators to reflect after completing negotiations. For example, negotiators who are prompted to ask questions about the other party’s interests are more likely to craft and reach integrative agreements than negotiators who are not prompted to ask questions, yet could have. Similarly, negotiators who reveal information about their interests and priorities are more likely to reach integrative agreements than those not prompted to reveal information.75 And negotiators who are asked to think aloud about the other party’s interests and priorities are more effective than those who are not prompted to think about the other party.76 In a study of how performance improves over time, negotiators who engaged in several negotiations had an advantage compared to those who had less experience.77
75 Thompson, L. (1991). Information exchange in negotiation. Journal of experimental social psychology, 27(2): 161–179.
76 Thompson, L., & Hastie, R. (1990). Social perception in negotiation. Organizational Behavior & Human Decision Processes, 47, 98–123.
77 Thompson, L. (1990). An examination of naive and experienced negotiators. Journal of Personality & Social Psychology, 59, 82–90; Thompson, L. (1990). The influence of experience on negotiation performance. Journal of Experimental Social Psychology, 26, 528–544.
If negotiators can substantially improve their outcomes by training, then perhaps it might behoove negotiators to have more training than their opponent. In other words, might negotiators perform better if they encounter a “naïve” opponent as opposed to an opponent who has similar experience and training in negotiation? One investigation compared situations in which: (a) both buyer and seller had training; (b) neither had training; (c) buyer had training, but seller did not; and (d) seller had training and buyer did not.78 Overall, training improved negotiation outcomes. Unilateral training gave sellers an advantage, but not buyers. Why? First, experienced sellers are able to effectively create as much integrative potential as are two trained parties, indicating that one party who has training at the negotiation table goes a long way toward expanding the pie. When buyers are unilaterally trained, the effect seems to backfire due to the framing effect, such that buyers are focused on minimizing losses which results in a greater resistance to making concessions.79
78 Zerres, A., Fruend, P. A., Huffmeier, J., Backhaus, K., & Hertel, G. (2013). Does it take two to tango? Longitudinal effects of unilateral and bilateral integrative negotiation training. Journal of Applied Psychology, 98(3), 478–491.
79 De Dreu, C. K. W., Carnevale, P. J., Emans, B. J. M., & Van de Vliert, E. (1994). Effects of gain-loss frames in negotiation: Loss aversion, mismatching, and frame adoption. Organizational Behavior and Human Decision Processes, 60, 90–107.
If we consider the fact that a strong correlation exists between feedback and performance, doesn’t it make sense to seek feedback on our negotiation ability? The key ingredient for effective negotiation training in the classroom is providing feedback. Feedback improves a negotiator’s ability to negotiate.80 Experience accompanied by a debriefing is more effective in improving performance than experience without debriefing.81
80 Thompson, L., & DeHarpport, T. (1994). Social judgment, feedback, and interpersonal learning in negotiation. Organizational Behavior and Human Decision Processes, 58(3), 327–345; Nadler, J., Thompson, L., & Van Boven, L. (2003). Learning negotiation skills: Four models of knowledge creation and transfer. Management Science, 49(4), 529–540.
81 Bereby-Meyer, Y., Moran, S., & Sattler, L. (2010). The effects of achievement motivational goals and of debriefing on the transfer of skills in integrative negotiations. Negotiation and Conflict Management Research, 3(1), 64–86.
The effectiveness of training programs is that it provides negotiators with feedback about their performance. Indeed, negotiators who are given feedback about the other party’s interests are more effective in reaching integrative agreements than negotiators who do not receive feedback.82 Feedback is most helpful when it allows negotiators to understand how important the issues were to the other party. For example, outcome-only feedback is not as effective as outcome feedback combined with insight into the nature of the task and the other party’s preferences and priorities for the issues.83
82 Thompson, L., & Hastie, R. (1990). Social perception in negotiation. Organizational behavior and human decision processes, 47, 98–123; Thompson & DeHarpport, “Social judgment, feedback, and interpersonal learning in negotiation.”
83 Thompson & DeHarpport, “Social judgment, feedback, and interpersonal learning in negotiation.”
The type and method of feedback is an important consideration. For example, in one investigation of business managers’ negotiations, negotiators were given one of four types of feedback (allegedly from their counterparty) following a negotiation, ranging from positive to negative, which focused on their abilities or their ethics:84
84 Kim, P. H., Diekmann, K. A., & Tenbrunsel, A. E. (2003). Flattery may get you somewhere: The strategic implications of providing positive vs. negative feedback about ability vs. ethicality in negotiation. Organizational Behavior and Human Decision Processes, 90, 225–243.
Positive-ability feedback (“What a skilled negotiator you seem to be.”)
Negative-ability feedback (“What an unskilled negotiator you seem to be.”)
Positive-ethicality feedback (“What an ethical negotiator you seem to be.”)
Negative-ethicality feedback (“What an unethical negotiator you seem to be.”)
The key question was how the feedback would affect the performance of the negotiators in a subsequent negotiation situation. Negotiators who received the negative-ability feedback were the least competitive and achieved the worst individual performance. Negotiators who received the negative-ethicality feedback were the most honest. Negotiators who received the positive-ethicality feedback were the most cooperative.85
85 Kim, Diekmann, & Tenbrunsel, “Flattery may get you somewhere.”
In addition to the type of feedback negotiators give to one another, we examined the type of feedback a coach might give to a negotiator.86 We first measured managers’ baseline performance in an initial negotiation. Then we separated them into one of five different “feedback groups”: no feedback (our “control” condition), traditional lecture-style feedback (also known as “didactic feedback”), information-based feedback (wherein negotiators learned about the other party’s underlying interests), observational feedback (wherein negotiators watched experts-in-action via video for about 15 minutes), and analogical learning (wherein negotiators were given relevant cases that all depicted a key negotiation skill). The results? Nearly everything is better than no feedback at all, and nearly anything is better than traditional, classroom-style, didactic learning (see Exhibit 8-5).87
86 Nadler, Thompson, & Van Boven, “Learning negotiation skills.”
87 For another illustration of how experience-based training is better than instruction-based training, see also Van Boven & Thompson, “A look into the mind of the negotiator.”
In an in-depth analysis of feedback in negotiation, two types of information were examined: how well negotiators understood the counterparty’s general priorities among the issues under negotiation and how much the counterparty gained for a particular offer. Both types of understanding are important for negotiators to improve: Understanding the counterparty’s interests is not sufficient to reach integrative outcomes; the additional step of assessment of their gains for each offer is key.88
88 Moran, S., & Ritov, I. (2007). Experience in integrative negotiations: What needs to be learned? Journal of Experimental Social Psychology, 43(1), 77–90.
Negotiators who want to improve their skills may have a goal of learning or performing. Learning goals focus attention on task strategies rather than outcomes. In contrast, performance goals focus on outcomes. Negotiators who have learning goals are more likely to reach agreement and are viewed as more cooperative than negotiators who have performance goals.89 Moreover, negotiators who have learning goals develop greater understanding of their counterparty’s interests and reach more integrative agreements than do negotiators with performance goals.
89 Tasa, K., Celani, A., & Bell, C. M. (2013). Goals in negotiation revisited: The impact of goal setting and implicit negotiation beliefs. Negotiation and Conflict Management Research, 6(2), 114–132.
A key question is how well managers are able to transfer what they learn in the classroom to actual business negotiations. The rates of “positive transfer” (applying knowledge learned in one situation to another) are markedly limited.90 Moreover, even the ability to benefit from our own experience is limited. For example, 100% of the respondents who read a negotiation case that contained win-win potential suggested (suboptimal) compromises.91 When attempting to learn something new (e.g., a key strategy, principle), it is important to have two (or more) cases or examples, rather than just one. The reason is clear: What is essential about any example or case taught in a business school is not the superficial details of the case but rather the underlying idea. The ability of a manager to separate the wheat from the chaff, or the core idea from the idiosyncrasies of the example, is limited if there is only one case. In fact, one case is no more effective than no cases at all.92 However, it is not enough to simply be presented with two cases; the manager needs to actively compare the two cases. Moreover, even if the instructor does not provide more than one case, if the manager (or trainee) can think of examples from his or her own experience, it can help significantly. Diverse analogical training, wherein negotiators compared several different value-creating strategies, such as logrolling and contingent contracts is more effective for learning broad, underlying value-creating principles than more narrow training, in which negotiators are only exposed to one type of pie-expanding strategy.93 Negotiators who engage in deep-level comparisons (thinking about how two or more situations are similar to one another at a structural level) are more likely to reach an optimal (win-win) solution in a subsequent situation, and this creates greater trust between the parties, which promotes greater deep-level transfer across situations.94
90 Thompson, Loewenstein, & Gentner, “Avoiding missed opportunities in managerial life”; Loewenstein, Thompson, & Gentner, “Analogical learning in negotiation teams.”
91 Gentner, Loewenstein, & Thompson, “Learning and transfer.”
92 Loewenstein, Thompson, & Gentner, “Analogical learning in negotiation teams.”
93 Moran, Bereby-Meyer, & Bazerman, “Stretching the effectiveness of analogical training in negotiations.”
94 Juvina, I., Saleem, M., Martin, J. M., Gonzalez, C., & Lebiere, C. (2013). Reciprocal trust mediates deep transfer of learning between games of strategic interaction. Organizational Behavior and Human Decision Processes, 120(2), 206–215.
Counterfactual reflection is the process of thinking about the past. Negotiators who reflect on “additive” counterfactuals (e.g., “if only I had …”) learn more than negotiators who reflect on subtractive counterfactuals (e.g., “If only I had not …”).95 Generating additive counterfactuals about a previous negotiation led to a distinct advantage for negotiators as compared to subtractive counterfactuals in terms of distributive and creative agreements.
95 Kray, L. J., Galinsky, A. D., & Markman, K. D. (2009). Counterfactual structure and learning from experience in negotiations. Journal of Experimental Social Psychology, 45(4), 979–982.
Excellent problem solvers frequently report that after trying to solve a problem and getting nowhere, they put the problem aside for hours, days, even weeks, and upon returning to it, they can see the solution quickly. (For a real-life example of the incubation effect, see Exhibit 8-6.) The incubation phase is usually one step in a process of problem solving detailed in the following sequence:
Numerous examples of incubation were reported by the famous French mathematician Poincaré including the following: “Then I turned my attention to the study of some arithmetical questions apparently without much success and without a suspicion of any connection with my preceding researches. Disgusted with my failure, I went to spend a few days at the seaside, and thought of something else. One morning, walking on the bluff, the idea came to me, with just the same characteristics of brevity, suddenness, and immediate certainty, that the arithmetic transformations of indeterminate ternary quadratic forms were identical with those of non-Euclidean geometry” (p. 388).
Preparation. During the preparation phase, the problem solver gathers information and makes preliminary attempts to arrive at a solution. The key is to understand and define the problem. As we have noted, finding a good problem is the essence of effective negotiation.
Incubation. When initial attempts to solve the problem have failed, problem solvers may put the problem aside to work on other activities or even to sleep. Indeed, negotiators were more likely to reach high-quality, integrative agreements after they took a break in which they were cognitively busy with a distraction task than after a break in which they could reflect upon the negotiation.96 Breaks are particularly beneficial for prosocial (versus proself) negotiators: Prosocial negotiators who reflected during a three-minute break were more successful in reaching agreements than those who were distracted during the break or were proself.97 Another example: Think about the necklace problem you were challenged with in Exhibit 8-1, in which you are given four chains to make one necklace on a limited budget. Three groups of people worked on this problem.98 One group spent 30 minutes trying to solve it, with a solution rate of 55%. A different group spent 30 minutes trying to solve it but was interrupted during the solving period with a 30-minute break. In this group, 64% of participants solved the problem. A third group spent 30 minutes trying to solve the problem but were interrupted in the solving process by a 4-hour break. Of this group, 85% solved the problem. Whereas we do not guarantee that difficult negotiation situations will always be met with illumination after putting the problem aside, it certainly cannot hurt to try.
96 Harinck, F., & De Dreu, C. K. W. (2008). Take a break! or not? The impact of mindsets during breaks on negotiation processes and outcomes. Journal of Experimental Social Psychology, 44(2), 397–404.
97 Harinck, F., & DeDreu, C. K. W. (2011). When does taking a break help in negotiations? The influence of breaks and social motivation on negotiation processes and outcomes. Negotiation and Conflict Management Research, 4(1), 33–46.
98 Silveira, J. M. (1972). Incubation: The effect of interruption timing and length on problem solution and quality of problem processing. Dissertation Abstracts International, 32(9-B), 5500.
Difficult issues in negotiation can stymie negotiations and even threaten agreement. Perhaps facing such obstacles can lead negotiators to step back and look at the big picture, or perhaps if they face such obstacles, they become so myopic they don’t see other possibilities. Negotiators who face obstacles head-on tend to get stuck and are less able to create integrative solutions.99 Negotiators with a “distal” (e.g., “10 years from now”) rather than “proximal” (e.g., “next month”) time perspective reached more integrative agreements.
99 De Dreu, C. K. W., Giacomantonio, M., Shalvi, S., & Sligte, D. (2009). Getting stuck or stepping back: Effects of obstacles and construal level in the negotiation of creative solutions. Journal of Experimental Social Psychology, 45(3), 542–548.
Illumination. During the illumination phase, the key to a solution often appears. It often happens when people are doing something completely unrelated to solving the problem.
Verification. In the verification phase, problem solvers need to check the solution to make sure it works.
The rational problem-solving model, patterned after Pólya, also describes four steps for solving a problem.100 However, unlike the incubation method, the rational problem-solving model is deliberate and systematic:
100 Pólya, G. (1957). How to solve it: A new aspect of mathematical method (2nd ed.). New York: Doubleday; Pólya, G. (1968). Mathematical discovery: Vol. II: On understanding, learning, and teaching problem solving. New York: Wiley.
Understand the problem. In this step, the negotiator needs to ask himself or herself: What is known? What is unknown? What are the data I am using? What are my assumptions?
Devising a plan. During this step, the negotiator may ask himself or herself whether past experience is a profitable means of finding a solution method, engaging in a search for similar problems, or perhaps restating the goal of the problem.
Carrying out the plan. In this step, the negotiator carries out the plan and tests it.
Looking back. In this step, the negotiator asks himself or herself whether he or she can obtain the result by using another method and looks at how it all fits together. In this step, it is important for the negotiator to ask what is the key takeaway.
The goal of brainstorming is to maximize the quantity and quality of ideas. Paradoxically, quantity is a good predictor of quality: A group is more likely to discover a really good idea if it has a lot of ideas from which to choose. However, brainstorming involves more than mere quantity. Contrary to popular corporate lore that brainstorming sessions are wild and crazy free-for-alls where anything goes, brainstorming has defined rules:101
101 Osborn, A. F. (1957). Applied imagination. New York: Scribner; Osborn, A. F. (1963). Applied imagination (3rd ed.). New York: Scribner.
Expressiveness: Group members should express any idea that comes to mind, no matter how strange, weird, or fanciful. Group members are encouraged not to be constrained or timid. They should freewheel whenever possible.
Nonevaluation: Do not criticize ideas. Group members should not evaluate any of the ideas in any way during the generation phase; all ideas should be considered valuable.
Quantity: Group members should generate as many ideas as possible. Groups should strive for quantity; the more ideas, the better. Quantity of ideas increases the probability of finding excellent solutions.
Building: Because all of the ideas belong to the group, members should try to modify and extend the ideas suggested by other members whenever possible.
An effective design for promoting creativity in negotiation involves separating the generation of ideas—leaving this task to individual team members—and then evaluating and discussing the ideas as a group.
To be effective at negotiation, negotiators must be good at deductive, as well as inductive, reasoning. Deductive reasoning is the process of drawing logical conclusions. For example, most people have some kind of training in solving logical syllogisms, such as the ones in Exhibit 8-7. The difficulty in solving these syllogisms does not imply that managers are unintelligent; rather, it indicates that formal logic and individual (or psychological) processes are not necessarily the same. However, many people violate rules of logic on a regular basis. Some of the most common violations of the rules of logic are the following:
Pick the conclusions about which you can be sure:
All S are M. All M are P. Therefore,
All S are P.
All S are not P.
Some S are P.
Some S are not P.
None of these conclusions is valid.
As technology advances and natural petroleum resources are depleted, the securing of petroleum from unconventional sources becomes more imperative. One such source is the Athabasca tar sands of northern Alberta, Canada. Because some tar sands are sources of refinable hydrocarbons, these deposits are worthy of commercial investigation. Some kerogen deposits are also sources of refinable hydrocarbons. Therefore:
All kerogen deposits are tar sands.
No kerogen deposits are tar sands.
Some kerogen deposits are tar sands.
Some kerogen deposits are not tar sands.
None of the above.
The delicate Glorias of Argentina, which open only in cool weather, are all Sassoids. Some of the equally delicate Fragilas, found only in damp areas, are not Glorias. What can you infer from these statements?
All Fragilas are Sassoids.
No Fragilas are Sassoids.
Some Fragilas are Sassoids.
Some Fragilas are not Sassoids.
None of the above.
If you think like most people, you think that problem 1 is probably the easiest to solve (the answer is a). Problems 2 and 3 generate much higher error rates (75% error rate for problem 2, with most errors due to picking answer c instead of e; 90% error rate for problem 3, mainly due to picking d instead of e).
Agreement with a conclusion. The desirability of the conclusion often drives people’s appraisal of reality. This behavior, of course, is a form of wishful thinking, as well as an egocentric bias. The tendency is strong for people to judge the conclusions they agree with as valid, and the conclusions they disagree with as invalid.
Cognitive consistency. People have a tendency to interpret information in a fashion that is consistent with information they already know. The tendency for people to judge conclusions to be true based upon whether the information agrees with what they already know to be true illustrates the need for consistency in one’s belief structure.
Confirmation bias. People have a strong tendency to seek information that confirms what they already know. A good example of this bias is the card task presented in Exhibit 8-1.
Inductive reasoning is a form of hypothesis testing, or trial and error. In general, people are not especially good at testing hypotheses, and they tend to use confirmatory methods. Another example is the availability heuristic we discussed previously, which states that judgments of frequency tend to be biased by the ease with which information can be called to mind.
For example, people make inaccurate judgments when estimating probabilities. Consider the problem in Exhibit 8-8.102 When people are asked to answer this question, 22% select the first answer (i.e., the larger hospital), 22% select the second answer (i.e., the smaller hospital), and 56% select the third answer (i.e., both hospitals). They seem to make no compensation for large versus small sample sizes. They believe that an extreme event (e.g., 60% of births being male) is just as likely in a large hospital as in a small one. In fact, it is actually far more likely for an extreme event to occur within a small sample because fewer cases are included in the average. People often fail to take sample size into account when they make an inference.
102 Tversky & Kahneman, “Judgment under uncertainty.”
A certain town is served by two hospitals. In the larger hospital, about 45 babies are born each day, and in the smaller hospital, about 15 babies are born each day. As you know, about 50% of all babies are boys. However, the exact percentage varies from day to day. Sometimes it may be higher than 50%, sometimes lower. For a period of one year, each hospital recorded the days in which more than 60% of the babies born were boys. Which hospital do you think recorded more such days?
The larger hospital
The smaller hospital
About the same (within 5% of each other)
In summary, managers do not form generalizations (reason inductively) in ways that statistics and logic suggest. When people make inferences about events based on their experience in the real world, they do not behave like statisticians. Rather, they seem to be heavily influenced by salient features that stand out in their memory, and they are swayed by extreme events even when the sample size is small.
Effective negotiation requires creative thinking. The ability to think creatively is affected by a negotiator’s mental model of negotiation. We identified five common mental models: haggling, cost-benefit analysis, game playing, partnership, and problem solving. Creative negotiations involve fractionating problems into several, simpler parts, finding differences to exploit, expanding the pie, bridging, cost cutting, nonspecific compensation, and structuring contingency contracts. We reviewed several of the biggest threats to creativity in negotiation, including the inert knowledge problem, availability bias, representativeness, anchoring and adjustment, unwarranted causation, belief perseverance, illusory correlation, just-world hypothesis, hindsight bias, functional fixedness, set effects, selective attention, overconfidence, and the limits of short-term memory. We described several strategies for improving creativity and enhancing joint gains including: experience and training, feedback, learning versus performance goals, analogical reasoning, counterfactual reasoning, incubation, rational problem-solving model, brainstorming, and deductive and inductive reasoning.
* Wason, P. C., & Johnson-Laird, P. N. (1972). Psychology of reasoning: Structure and content. Cambridge, MA: Harvard University Press.
Averaging over a large number of experiments,† it has been found that 89% of people select E, which is a logically correct choice because an odd number on the other side would disconfirm the rule. However, 62% also choose to turn over the 4, which is not logically informative because neither a vowel nor a consonant on the other side would have falsified the rule. Only 25% elect to turn over the 7, which is a logically informative choice because a vowel behind the 7 would have falsified the rule. Only 16% elect to turn over K, which would not be an informative choice.
† Oaksford, M., & Chater, N. (1994). A rational analysis of the selection task as optimal data selection. Psychological Review, 101(4), 608–631.
** Kahneman, D., & Tversky, A. (1973). On the psychology of prediction. Psychological Review, 80, 237–251.
This problem illustrates a classic base-rate problem. We are given information that the probability of any one person selected is equivalent to the stated base rates; the normatively appropriate solution is 30%, thus making it more likely that Jack is a lawyer. Yet, most people choose to ignore base rate information and assume that Jack is an engineer. An answer that goes against explicitly stated probability theory runs the risk of being one based on stereotypes. Groups may be more likely to defend the stereotype decision.
†† Tversky, A., & Kahneman, D. (1981). The framing of decisions and the psychology of choice. Science, 211, 453–458.
The normatively appropriate logic here is to use expected value theory, in which the expected value of a risky choice is determined by the value of the payoff multiplied by its probability. Using this technique, the expected value of bet A is $8 × 0.3333 = $2.66. The expected value of bet B is ($3 × 0.8333 = $2.5). Thus, bet A maximizes expected value. However, many people overweight high probabilities and end up choosing bet B. Groups tend to be riskier than individuals, so groups often choose riskier decisions, whether they are normatively appropriate or not. For the second bet, either answer is normatively correct because their expected values are the same.
* Luchins, A. S. (1942). Mechanization in problem solving. Psychological Monographs, 5(46), 1–95.
Problem solvers can become biased by their experiences to prefer certain problem solving operators in solving a problem. Such biasing of the problem solution is known as a set effect. Also known as the Einstellung effect, or mechanization of thought, this can paradoxically lead to worsened performance. The Einstellung effect involves remembering a particular sequence of operations, and it is memory for this sequence that is blinding managers to other possibilities. In this series of problems, all problems except 8 can be solved by using the B-2C-A method. For problems 1 through 5, this solution is the simplest, but for problems 7 and 9, the simpler solution of A + C also applies. Problem 8 cannot be solved by the B-2C-A method but can be solved by the simpler solution of A-C. Problems 6 and 10 are also solved more simply as A-C than B-2C-A.
Of the participants who received the whole setup of 10 problems, 83% used the B-2C-A method on problems 6 and 7, 64% failed to solve problem 8, and 79% used the B-2C-A method for problems 9 and 10. The performance of people who worked on all 10 problems was compared with the performance of people who saw only the last 5 problems. These people did not see the biasing B-2C-A problems. Fewer than 1% of these people used B-2C-A solutions, and only 5% failed to solve problem 8. Thus, the first 5 problems can create a powerful bias for a particular solution. This bias hurt solution of problems 6 through 10.
† Scheer, M. (1963). Scientific American, 208, 118–218.
Most people take the six sticks and form a square with an X in it. However, this solution is not acceptable because the triangles are not equilateral—each has a 90-degree angle. Another incorrect answer that is common is to form three of the sticks in a triangle and overlay them on another triangle upside down; this produces four triangles, but the sides of the triangle are not one stick in length. To solve the problem, the solver must think in three dimensions, making a pyramid with a triangle base. This is a general class of problem situations that often involve “insight”—a rearrangement of the parts in a certain way to solve a problem.
** Source unknown.
The answer to this Eureka problem is E. The letters are the first seven letters of the first eight digits: one, two, three, four, five, six, seven, and eight.
†† De Bono, E. (1967). The use of lateral thinking. New York: Penguin
Open one chain and put links between the other three.
This is a disjunctive decision task. It is a Eureka problem, and the answer must be calculated. Only 14 combinations yield a total of 13 (e.g., 1, 1, 11; 1, 2, 10; 1, 3, 9), and only two of these have the identical product (1, 6, 6 and 2, 2, 9). If we assume Susan knows her own age, she would still be confused only if she were 36.
* Wickelgren, W. A. (1974). How to solve problems. San Francisco, CA: W. H. Freeman.
Initially, people tend to break a link on each chain, attach it to another chain, and then close it. The more elegant (and cheaper) solution is to break a single three-link piece and use its links to attach others. It costs 6 cents to open three links. The total connection cost is 9 cents, yielding a 15-cent necklace.
The chain puzzle is a Eureka problem. Many groups answer 11 because that would involve cutting only every other link. The correct answer, however, is 2. If the fourth and eleventh links are cut, all the values from 1 to 23 can be obtained by getting “change” back from the motel owner. Separate links (the fourth and the eleventh) are given on days 1 and 2, but on day 3 the three-link unit is given to the owner, who returns the separate links. These links are then used to pay on days 4 and 5, but on day 6 the six-link unit is used, and the owner returns the others as change. The process can be continued for 23 days.
† Weisberg, R. W., & Alba, J. W. (1981). An examination of the alleged role of “fixation” in the solution of several insight problems. Journal of Experimental Psychology: General, 110, 169–192.
Most people implicitly assume that the lines must be drawn within an imaginary boundary, as shown in the second panel of the diagram. One possible solution that is preferred by “experts” is given in the third panel of the diagram. The problem solver must go outside the self-imposed square boundary. Another creative solution uses lines that do not go through the center of the dots, as shown in the fourth panel of the diagram. This solution involves overcoming another self-imposed limit on the problem—namely, realizing it is not necessary to draw the lines through the center of each dot.
Thus, one major kind of conceptual block is the tendency to impose too many constraints on the problem (i.e., to represent the problem in a way that limits the potential kinds of solutions). Overcoming the conceptual blocks is similar to overcoming functional fixedness or Einstellung; instead, look for alternative ways of representing the problem.
* Fixx, J. F. (1972). More games for the super-intelligent. New York: Warner Books.
This is an “insight” problem. Most people assume that each pigpen must be square. The solution involves diamond-shaped pens.
† Sternberg, R. J., & Davidson, J. E. (1983). Insight in the gifted. Educational Psychologist, 18, 51–57.
This is a pure “insight” problem. People initially approach the problem as one involving a linearly increasing quantity and simply divide the total time in half. However, because the lilies increase exponentially in area, this approach is incorrect, and another representation is needed. Such a change in representation can occur when the participant tries to imagine what happens as the pond fills up and he or she works backward from the last day, rather than carrying out a formal analysis of the problem.
†† Dayton, T., Durso, F. T., & Shepard, J. D. (1990). A measure of the knowledge reorganization underlying insight. In R. W. Schraneveldt (Ed.), Pathfinder associative networks: Studies in knowledge organization. Norwood, NJ: Ablex.
The man who walked into the bar had the hiccups. The bartender realized this and attempted to scare the daylights out of the man by pointing a gun at him. Some people are able to solve this problem immediately; others are not. This is a Eureka problem.