The table shows the marginal-utility schedules for Goods A and B for a hypothetical consumer. The price of Good A is $1, and the price of Good B is $2. The income of the consumer is $8. Good A Good B Quantity MUA Quantity MUB 1 10 1 16 2 9 2 14 3 8 3 12 4 7 4 10 5 6 5 8 6 5 6 6 7 4 7 4 If the price of B falls to $1, while the price of A and the consumer's income stay the same, what would be the utility- maximizing combination of Goods A and B? Multiple Choice О 2 A and 6 B

Praxilla, who lived in ancient Greece, derives utility from reading poems and from eating cucumbers. Praxilla gets 30 units of marginal utility from her first poem 27 units of marginal utility from her second poem 24 units of marginal utility from her third poem, and so on, with marginal utility declining by three units for each additional poem. Praxilla gets six units of marginal utility for each of her next three cucumbers consumed, five units of marginal utility for each of her next three cucumbers consumed, four units of marginal utility for each of the following three cucumbers consumed, and so on, with marginal utility declining by one for every three cucumber consumed. A poem costs three bronze coins hut a cucumber costs only one bronze coin. Praxilla has 18 bronze coins. Sketch Praxillas budget set between poems and cucumbers, placing poems on the vertical axis and cucumbers on the horizontal axis. Start off with the choice of zero poems and 18 cucumbers, and calculate the changes in marginal utility of moving along the budget line to the next choice of one poem and 15 cucumbers. Using this step-by-step process based on marginal utility, create a table and identify Praxillas utility—maximizing choice. Compare the marginal utility of the two goods and the relative prices at the optimal choice to see if the expected relationship holds. Hint: Label the table columns: 1) Choice, 2} Marginal Gain from More Poems, 3) Marginal Loss from Fewer Cucumbers, 4) Overall Gain or Loss, 5) Is the previous choice Optimal? Label the table rows: 1) 0 Poems and 18 Cucumbers, 2) 1 Poem and 15 cucumbers, 3) 2 Poems and 12 cucumbers, 4) 3 Poems and 9 Cucumbers, 5) 4 Poems and 6 cucumbers 6) 5 Poems and 3 Cucumbers, 7) 6 Poems and 0 Cucumbers.

The table below demonstrates the total utility Terrence derives from eating differentquantities of plates of thanksgiving dinner. Calculate the marginal utility for each platethen graph the total utility and marginal utility (with total utility graph above the marginalutility graph – lining up the Qty).

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The following table presents information on Angel's marginal utility and price paid for the consumption of Pomegranates and Oranges, which are the only two goods that he consumes. Angel OYes ONO ONot enough information What should Angel do? Pomegranates Price $4 Based on the utility maximizing rule, Is Angel maximizing their utility? OPurchase more Pomegranates and less Oranges OPurchase less Pomegranates and more Oranges OMake no changes Marginal Utility MacBook Air 7 Oranges Price $12 Marginal Utility 31

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Units of the Good 0 1 5678AWN2 3 4 Total Utility Total Utility of X of Y 0 0 620 1740 1120 3030 1500 3960 1820 4710 2080 5280 2300 5730 2460 6060 2580 6300 For the next 3 questions, assume that an individual consumes two goods X and Y. The total utility (assumed measurable) of each good is independent of the rate of consumption of other goods. The prices of X and Y are, respectively, $20 and $30. If the consumer buys the fourth unit of X the Marginal Utility per Dollar Spent on X is 16 I If the consumer has $210 to spend on X and Y, the utility-maximizing bundle is The minimum budget necessary to move to a higher equilibrium consumption of X and Y is $ unit(s) of X and unit(s) of Y.