A consumer's preferences for two goods, X and Y, can be represented by the utility function U(X, Y) = X * Y. The price of good X is $2, the price of good Y is $4, and the consumer has an income of $80 to spend. To maximize their satisfaction subject to their budget, what combination of goods X and Y should the consumer purchase?
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Isolating a Choice Variable by Substituting the Budget Constraint into the Optimality Condition
Expressing Optimal Utility in Terms of a Single Variable
Optimal Choice as a Function of Wage and Unearned Income
Calculating an Optimal Consumption Bundle
Optimal Consumption Choice Calculation
A consumer's preferences for two goods, X and Y, can be represented by the utility function U(X, Y) = X * Y. The price of good X is $2, the price of good Y is $4, and the consumer has an income of $80 to spend. To maximize their satisfaction subject to their budget, what combination of goods X and Y should the consumer purchase?
A consumer is considered to be making an optimal choice as long as their marginal rate of substitution between two goods is equal to the ratio of the prices of those goods, regardless of whether they spend their entire budget.
A consumer is considered to be making an optimal choice as long as their marginal rate of substitution between two goods is equal to the ratio of the prices of those goods, regardless of whether they spend their entire budget.
A consumer aims to maximize their satisfaction by choosing a bundle of two goods, given their income and the prices of the goods. To find the exact quantities of each good in the optimal bundle, a specific analytical procedure is followed. Arrange the steps of this procedure in the correct logical sequence.
Evaluating a Consumption Decision
The Two Conditions for an Optimal Choice
A consumer seeks to find their optimal consumption bundle of two goods, Good A and Good B. This involves setting up and solving a system of two equations. Match each conceptual component of this system to its correct description.
A consumer is choosing between two goods, pizza (P) and soda (S). At their current consumption bundle, their marginal rate of substitution of soda for pizza (MRS_sp) is 3. This means they are willing to give up 3 sodas to get one more pizza. The price of a pizza is $10 and the price of a soda is $2. Based on this information, what should the consumer do to increase their total satisfaction, assuming they stay within their budget?