Question 1

What is drive-reduction theory and who developed it?

Accepted Answer

Clark Hull introduced drive-reduction theory, also called the push theory of motivation, in the 1940s and 1950s. This theory explains how biological drives like hunger or sleep emerge from unmet needs, prompting behavior aimed at restoring balance. Hull proposed that motivation arises from the need to reduce physiological tension caused by unfulfilled biological necessities.

Question 2

How does homeostasis relate to drive-reduction theory?

Accepted Answer

Homeostasis is the body's natural inclination to maintain a stable internal environment. When body temperature rises due to external heat, sweating is triggered to cool down and restore temperature to its optimal range. This process reduces physiological stress and maintains homeostasis, demonstrating how the body actively works to reduce tension from unmet biological needs.

Question 3

What are primary drives according to Hull's theory?

Accepted Answer

Primary drives relate to basic survival needs essential for organism survival, including hunger, thirst, and sleep. These innate drives create internal imbalance and physiological discomfort when unfulfilled, motivating individuals to engage in behaviors that restore balance. Primary motives hunger and thirst are fundamental examples of how biological deficits drive motivated behavior.

Question 4

How do secondary drives differ from primary drives?

Accepted Answer

Secondary drives are learned through experience and conditioning, unlike primary drives which are innate. These acquired drives include desires for money, social approval, and success. Secondary motives power motivation and achievement motivation do not arise from biological deficits but from associations formed over time, yet meeting them often results in positive reinforcement.

Question 5

What are the main criticisms of drive-reduction theory?

Accepted Answer

Drive-reduction theory struggles to explain behaviors that increase rather than reduce tension, such as thrill-seeking or eating when not hungry. Additionally, it cannot adequately account for secondary reinforcers like money, which do not directly satisfy biological needs yet strongly motivate behavior. These limitations suggest the theory provides an incomplete picture of human motivation.

Question 6

How does positive reinforcement work in drive-reduction theory?

Accepted Answer

Fulfilling both primary and secondary drives often leads to positive reinforcement, such as gaining approval or receiving rewards like money. This positive reinforcement increases the likelihood that the behavior will be repeated in the future. The theory suggests that organisms learn to repeat behaviors that successfully reduce physiological tension and satisfy drives.

Question 7

What is the relationship between biological needs and motivation in Hull's theory?

Accepted Answer

According to Hull, the absence of fundamental biological necessities, such as water, creates an internal imbalance that motivates individuals to fulfill that need. This drive pushes organisms toward specific behaviors aimed at restoring balance. The theory proposes that motivation fundamentally originates from the body's requirement to alleviate physiological tension caused by unmet biological needs.

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