The algebraic expression of the utility-maximizing rule for two products, A and B, is what?

Correct answer: (MU of product A) / (Price of A) = (MU of product B) / (Price of B)

Explanation

This algebraic formula is the precise mathematical statement of the utility-maximizing rule. It ensures that a consumer allocates their budget to get the maximum possible satisfaction by equalizing the marginal utility per dollar across all purchased goods.

Other questions

Question 1

What is the primary principle upon which the simplest theory of consumer behavior is based?

Question 2

According to the example in the textbook concerning tacos, if a consumer gets 10 utils from the first taco, what happens to the marginal utility with the second taco?

Question 3

What is the definition of total utility?

Question 4

According to the utility-maximizing rule, a consumer allocates their income so that the last dollar spent on each product yields what?

Question 5

In the example of Holly choosing between apples at $1 and oranges at $2, if she has $10 to spend, what is the utility-maximizing combination of goods?

Question 6

What does the diamond-water paradox illustrate?

Question 7

What is the income effect of a price change?

Question 8

Why do consumers generally prefer cash gifts to noncash gifts of equal monetary value?

Question 9

In the Appendix on Indifference Curve Analysis, what does a budget line show?

Question 10

What does the slope of an indifference curve measure?

Question 11

Why must a consumer's equilibrium position be a point of tangency between the budget line and an indifference curve?

Question 12

What does the term 'utility' in economics refer to?

Question 13

In the example from Figure 7.1, at what point does the marginal utility of consuming a taco become zero?

Question 14

To be able to apply the utility-maximizing rule, what must a consumer do with the marginal utilities of differently priced goods?

Question 15

In the appendix example, if a consumer has an income of $12 and Product A costs $1.50 while Product B costs $1.00, what is the slope of the budget line?

Question 16

Why is an indifference curve typically convex to the origin?

Question 17

What is the 'full price' of a good or service when accounting for the value of time?

Question 19

In the appendix, what is an indifference map?

Question 20

Why do economists assume 'rational behavior' on the part of the consumer?

Question 21

In deriving Holly's demand curve for oranges, what happens to her quantity demanded when the price of oranges falls from $2 to $1?

Question 22

What are the four dimensions assumed for the typical consumer in the theory of consumer behavior?

Question 23

What is consumer equilibrium?

Question 24

According to the table in Figure 7.1, if a consumer has consumed 3 tacos, what is their total utility?

Question 25

Using the data for Holly in Table 7.1, what is the marginal utility per dollar of the second apple if the price is $1?

Question 26

What is the substitution effect of a price change?

Question 27

In the appendix, why do indifference curves never cross?

Question 28

What happens to a consumer's budget line if their money income increases, assuming prices of goods A and B remain constant?

Question 29

In the section on Medical Care Purchases, why does having health insurance lead people to consume more medical care than if they faced the full price?

Question 30

In the 'Consider This' box on vending machines, why do newspaper publishers use dispensers that allow access to the full stack of papers, while soft-drink sellers do not?

Question 31

If a consumer is at a point on their budget line that is not tangent to an indifference curve but instead intersects it, what should they do to increase total utility?

Question 32

The theory of consumer behavior explains that consumers will buy additional units of a product only if its price falls. What is the underlying reason for this?

Question 33

What does a negative income-elasticity coefficient designate, according to the applications section of the preceding chapter that this one builds on?

Question 34

In the appendix, what is the relationship between the marginal rate of substitution (MRS) and the ratio of marginal utilities (MUB/MUA) at the equilibrium point?

Question 35

According to the appendix, what is the effect on the budget line if the price of the good on the horizontal axis (Product B) decreases, while income and the price of the good on the vertical axis (Product A) remain constant?

Question 36

Considering the data in the table for Figure 7.1, what is the marginal utility of the fourth taco consumed?

Question 37

Which statement best describes the relationship between the price of a product and total utility?

Question 38

If a consumer is following the utility-maximizing rule and consuming two goods, A and B, where the price of A is $3 and the price of B is $6, what must be true of their marginal utilities at the equilibrium point?

Question 39

In the appendix, why does an indifference curve slope downward?

Question 40

In the example of Holly choosing between apples and oranges, how is her demand curve for oranges derived?

Question 41

Which of the following is NOT one of the three characteristics of utility mentioned in the chapter?

Question 42

In the example from the appendix where the consumer has an income of $12, the price of product A is $1.50, and the price of product B is $1.00, what is the maximum number of units of Product A the consumer can purchase?

Question 43

A new product like the iPod succeeds in the marketplace because it:

Question 44

If a consumer is in equilibrium, and the price of one good falls, what is the immediate effect?

Question 45

In the appendix, at the point of consumer equilibrium, what is the relationship between the slope of the budget line and the slope of the indifference curve?

Question 46

How does the theory of consumer behavior account for the fact that a corporate executive might fly from Pittsburgh to Chicago while a retiree drives?

Question 47

If a consumer buys a new product, what does this imply about its effect on their total utility?

Question 48

At the point of equilibrium in the indifference curve model, what does the equality MRS = PB/PA signify?

Question 49

In Table 7.1, Holly has a budget of $10. Apples (A) cost $1 and oranges (B) cost $2. She has already purchased 1 apple and 3 oranges, spending $7. Her MU/P for the next apple is 8 and for the next orange is 8. What should she do next?

Question 50

What happens to the marginal utility of water as more is consumed, and how does this relate to its price in the diamond-water paradox?