An individual's satisfaction from consumption (c) and free time (t) is represented by the utility function U(t, c) = t × c. If this individual chooses a combination of 18 hours of free time per day and a consumption level of $324, what is their calculated total utility?

Utility Maximization Choice

Calculating Utility from a Consumption Bundle

Evaluating a Job Offer Based on Utility

An individual's satisfaction from consumption (c) and free time (t) is represented by the utility function U(t, c) = t × c. Match each combination of free time and consumption to its corresponding utility level.

An individual's satisfaction from their daily consumption (c) and free time (t) is determined by the utility function U(t,c) = t × c. If this individual enjoys 15 hours of free time and wants to achieve a total utility level of 6,000, their daily consumption must be $____.

Evaluating a Career Decision Using a Utility Model

An individual's preferences for daily free time (t) and consumption (c) are described by the utility function U(t, c) = t × c. Arrange the following consumption bundles in order from the one that provides the least satisfaction to the one that provides the most satisfaction.

An individual's satisfaction from daily free time (t) and consumption (c) is determined by the utility function U(t, c) = t × c. The individual is currently at a point where they have 12 hours of free time and a consumption level of $500. Which of the following alternative combinations of free time and consumption would provide this individual with the exact same level of satisfaction?