11.1 The Basics of Power

Researcher Solomon Asch, found that individuals could be influenced to say that two lines were the same length when one was clearly shorter than the other. This effect was established using groups of four or more participants who were told they were in experiments of visual perception. However, only one person in the group was actually in the experiment. The rest were confederates, and the researchers had predetermined whether or not they gave accurate answers. Groups were shown a focal line and a choice of three other lines of varying length, with one being the same length as the focal line. Most of the time the confederates would correctly state which choice matched the focal line, but occasionally they would give an obviously wrong answer. For example, looking at the following lines, the confederates might say that choice C matches the length of the focal line. When this happened, the actual research participant would go along with the wrong answer 37% of the time. When asked why they went along with the group, participants said they assumed that the rest of the group, for whatever reason, had more information regarding the correct choice. It only took three other individuals saying the wrong answer for the participant to routinely agree with the group. However, this effect was decreased by 75% if just one of the insiders gave the correct answer, even if the rest of the group gave the incorrect answer. This finding illustrates the power that even a small dissenting minority can have. Additionally, it holds even if the dissenting confederate gives a different incorrect answer. As long as one confederate gave an answer that was different from the majority, participants were more likely to give the correct answer themselves (Asch, 1952b; Asch, 1956). A meta-analysis of 133 studies using Asch’s research design revealed two interesting patterns. First, within the United States, the level of conformity has been decreasing since the 1950s. Second, studies done in collectivistic countries such as Japan showed more conformity than those done in more individualistic countries such as Great Britain (Bond & Smith, 1996).

The Zimbardo Study

Philip Zimbardo, a researcher at Stanford University, conducted a famous experiment in the 1970s (Zimbardo, 2009). While this experiment would probably not make it past the human subjects committee of schools today, at the time, he was authorized to place an ad in the paper that asked for male volunteers to help understand prison management. After excluding any volunteers with psychological or medical problems or with any history of crime or drug abuse, he identified 24 volunteers to participate in his study. Researchers randomly assigned 18 individuals to the role of prisoner or guard. Those assigned the role of “prisoners” were surprised when they were picked up by actual police officers and then transferred to a prison that had been created in the basement of the Stanford psychology building. The guards in the experiment were told to keep order but received no training. Zimbardo was shocked with how quickly the expected roles emerged. Prisoners began to feel depressed and helpless. Guards began to be aggressive and abusive. The original experiment was scheduled to last 2 weeks, but Zimbardo ended it after only 6 days upon seeing how deeply entrenched in their roles everyone, including himself, had become. Next we will examine the relationship between dependency and power.

Dependency

Dependency is directly related to power. The more that a person or unit is dependent on you, the more power you have. The strategic contingencies model provides a good description of how dependency works. According to the model, dependency is power that a person or unit gains from their ability to handle actual or potential problems facing the organization (Saunders, 1990). You know how dependent you are on someone when you answer three key questions that are addressed in the following sections.

Scarcity

In the context of dependency, scarcity refers to the uniqueness of a resource. The more difficult something is to obtain, the more valuable it tends to be. Effective persuaders exploit this reality by making an opportunity or offer seem more attractive because it is limited or exclusive. They might convince you to take on a project because “it’s rare to get a chance to work on a new project like this,” or “You have to sign on today because if you don’t, I have to offer it to someone else.”

Importance

Importance refers to the value of the resource. The key question here is “How important is this?” If the resources or skills you control are vital to the organization, you will gain some power. The more vital the resources that you control are, the more power you will have. For example, if Kecia is the only person who knows how to fill out reimbursement forms, it is important that you are able to work with her, because getting paid back for business trips and expenses is important to most of us.

Substitutability

Finally, substitutability refers to one’s ability to find another option that works as well as the one offered. The question around whether something is substitutable is “How difficult would it be for me to find another way to this?” The harder it is to find a substitute, the more dependent the person becomes and the more power someone else has over them. If you are the only person who knows how to make a piece of equipment work, you will be very powerful in the organization. This is true unless another piece of equipment is brought in to serve the same function. At that point, your power would diminish. Similarly, countries with large supplies of crude oil have traditionally had power to the extent that other countries need oil to function. As the price of oil climbs, alternative energy sources such as wind, solar, and hydropower become more attractive to investors and governments. For example, in response to soaring fuel costs and environmental concerns, in 2009 Japan Airlines successfully tested a blend of aircraft fuel made from a mix of camelina, jatropha, and algae on the engine of a Boeing 747-300 aircraft (Krauss, 2009).