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​The Following Graph Shows the Marginal Utility Derived by a Consumer

question 78

Multiple Choice

​The following graph shows the marginal utility derived by a consumer from watching an additional baseball game every month. Which of the following is true of the total and marginal utilities derived from watching the baseball games? ​
Figure 6.2

​The following graph shows the marginal utility derived by a consumer from watching an additional baseball game every month. Which of the following is true of the total and marginal utilities derived from watching the baseball games? ​ Figure 6.2 ​   ​   A) For all the ten games, total utility decreases as marginal utility decreases. B) For all the ten games, total utility increases as marginal utility increases. C) For the last four games, both total and marginal utility increases. D) For the first six games, total utility increases as marginal utility decreases. E) For the first six games, total utility decreases as marginal utility increases.
​The following graph shows the marginal utility derived by a consumer from watching an additional baseball game every month. Which of the following is true of the total and marginal utilities derived from watching the baseball games? ​ Figure 6.2 ​   ​   A) For all the ten games, total utility decreases as marginal utility decreases. B) For all the ten games, total utility increases as marginal utility increases. C) For the last four games, both total and marginal utility increases. D) For the first six games, total utility increases as marginal utility decreases. E) For the first six games, total utility decreases as marginal utility increases.


Definitions:

Absolute Refractory Period

A period immediately following the firing of a nerve fiber when it cannot be stimulated no matter how great a stimulus is applied.

Repolarization

The process of restoring the resting negative charge inside the cell membrane after depolarization, crucial for the propagation of electrical signals in nerve and muscle cells.

Action Potential

A rapid change in the electrical charge across a cell membrane that results in a nerve or muscle cell firing.

Positive Feedback Cycle

A process where the end products of an action cause more of that action to occur in a feedback loop, amplifying the original action.

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