A self-employed graphic designer chooses how many hours to work each day, trading off free time against income. This relationship is modeled with a feasible frontier representing possible income/free-time combinations and indifference curves representing the designer's preferences. Suppose the designer purchases new software that allows them to complete any given project in half the time. Assuming their preferences for income and free time do not change, how does this technological improvement affect the model?

Analyzing the Effects of a Wage Increase

Consider an individual's choice between free time and consumption, represented by a feasible frontier and a set of indifference curves. The individual's optimal choice is the point on the feasible frontier where their income is maximized.

Evaluating the Impact of a Universal Basic Income on Work-Leisure Choices

An individual is choosing between hours of free time per day and daily consumption. Their possible combinations of free time and consumption are represented by a downward-sloping 'feasible frontier'. Their preferences are represented by a series of 'indifference curves', where any point on a given curve provides the same level of satisfaction. At their current choice on the feasible frontier, the slope of their indifference curve is steeper than the slope of the feasible frontier. Which of the following statements is true about their current situation?

Impact of a Grade Bonus on Study-Leisure Choice

In a model where an individual chooses between daily hours of free time and daily consumption, their options are constrained by a 'feasible frontier' and their preferences are shown by 'indifference curves'. Match each key concept from this model to its correct description.

Analyzing a Shift in Preferences

Analyzing the Effect of Overtime Pay

Evaluating a Maximum Work-Hour Policy