84. The diamond–water paradox explains why
a. water, which is essential to life, is inexpensive, whereas diamonds, which do not sustain life,
are expensive.
b. water, which is essential to life, is expensive, whereas diamonds, which do not sustain life, are
inexpensive.
c. the demand for diamonds, which do not sustain life, is greater than the demand for water,
which is essential to life.
d. the total utility in society for diamonds, which do not sustain life, is greater than the total
utility in society for water, which is essential to life.
e. diamonds and water are usually purchased in separate transactions.
85. The diamond–water paradox unfairly compares the
a. amount of marginal utility a person receives from a small quantity of something rare with the
total utility from a small quantity of something after already consuming a large amount.
b. amount of total utility a person receives from a small quantity of something rare with the
marginal utility from a small quantity of something after already consuming a large amount.
c. amount of marginal utility a person receives from a small quantity of something rare with the
marginal utility from a small quantity of something after already consuming a large amount.
d. price of water with the price of diamonds.
e. law of demand with the prices of water and diamonds.
86. One explanation for the existence of the diamond–water paradox is that
a. the demand for diamonds is greater than the demand for water.
b. people fail to recognize that demand and supply are both equally important in determining the
value of a product.
c. the supply of diamonds is greater than the supply of water.
d. people fail to recognize that demand and supply do not matter in determining the value of a
product.
e. people fail to recognize that the marginal utility of diamonds is less than the marginal utility of
water.
87. Graphically, total utility can be determined by the amount of
a. deadweight loss enjoyed from a transaction.
b. producer surplus enjoyed from a transaction.
c. consumer surplus enjoyed from a transaction plus the amount of producer surplus enjoyed
from a transaction.
d. consumer surplus enjoyed from a transaction.
e. consumer surplus enjoyed from a transaction minus the amount of producer surplus enjoyed
from a transaction.