Social Inhibition

Example of an 'If-Then' Hypothesis: Cockroach Study

Example of Modifying a Theory

Zajonc's Cockroach Study on Drive Theory

Social Facilitation

According to Zajonc's drive theory, how does the physiological arousal triggered by an audience affect an individual's performance?

According to Zajonc's drive theory, arrange the following steps in the correct causal order to explain how social presence influences task performance.

A researcher is observing participants as they attempt to solve a complex, unfamiliar logic puzzle for the first time. Based on Zajonc’s Drive Theory, the researcher should expect these participants to solve the puzzle more accurately when being observed than when working alone.

Zajonc's drive theory explains human performance by connecting social presence to internal mechanisms. Match each theoretical component with its specific functional role in this explanatory system.

Zajonc's Drive Theory explains the effects of an audience by proposing a causal chain. Which of the following best describes the role of 'physiological arousal' in this chain?

According to Zajonc's drive theory, the state of physiological arousal triggered by an audience increases the probability that an individual will perform their _____ response.

If a researcher finds that the presence of an audience significantly improves the performance of a beginner on a complex and unfamiliar task, this specific result would be evaluated as _____ with the core predictions of Zajonc's Drive Theory.

According to Zajonc's Drive Theory, match each research participant scenario with its predicted performance outcome.

When analyzing the scientific structure of Zajonc's Drive Theory, the presence of an audience and the final task performance represent directly observable variables, while the physiological arousal and dominant response are unobserved theoretical constructs proposed to explain the causal link between them.

A research team is designing a study to test Zajonc's Drive Theory. Evaluate the following research designs and arrange them in order from the design with the highest internal validity (most rigorous test of the theory's causal chain) to the design with the lowest internal validity (weakest test of the theory's causal chain).