Exam 13: Consumption and the Aggregate Expenditures Model

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In the simple aggregate expenditure model where all components of aggregate expenditure are autonomous except consumption, what is the value of the multiplier if the slope of the aggregate expenditures curve is 0.8?

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If C = $400 billion + 0.75(Yd) and if real GDP is $1,000 billion, then for any positive tax rate, C =$1,150 billion.

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In the simple aggregate expenditure model where all components of aggregate expenditure are autonomous except consumption, suppose when autonomous aggregate expenditures rise by $500 billion, equilibrium real GDP increases by $2,500 billion. Which of the following statements is true?

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Use the following to answer questions . Exhibit: Aggregate Expenditures and Real GDP 1 Use the following to answer questions . Exhibit: Aggregate Expenditures and Real GDP 1   -(Exhibit: Aggregate Expenditures and Real GDP 1) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, I<sub>P</sub> = Planned Investment. Suppose AE = C + I<sub>P</sub>, and I<sub>P</sub> is autonomous. At a real GDP of $5,000 billion, -(Exhibit: Aggregate Expenditures and Real GDP 1) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, IP = Planned Investment. Suppose AE = C + IP, and IP is autonomous. At a real GDP of $5,000 billion,

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Use the following to answer questions . Exhibit: Aggregate Expenditures Curve Figure 13-6 Use the following to answer questions . Exhibit: Aggregate Expenditures Curve Figure 13-6   -(Exhibit: Aggregate Expenditures Curve) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, I<sub>P</sub> = Planned Investment, G = Government Purchases. Further, I<sub>P</sub> and G are autonomous. If real GDP produced is $4,000, what is the amount of unplanned investment? -(Exhibit: Aggregate Expenditures Curve) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, IP = Planned Investment, G = Government Purchases. Further, IP and G are autonomous. If real GDP produced is $4,000, what is the amount of unplanned investment?

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Use the following to answer questions . Exhibit: Aggregate Expenditures Curve Figure 13-6 Use the following to answer questions . Exhibit: Aggregate Expenditures Curve Figure 13-6   -(Exhibit: Aggregate Expenditures Curve) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, I<sub>P</sub> = Planned Investment, G = Government Purchases. Further, I<sub>P</sub> and G are autonomous. The equilibrium level of real GDP is -(Exhibit: Aggregate Expenditures Curve) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, IP = Planned Investment, G = Government Purchases. Further, IP and G are autonomous. The equilibrium level of real GDP is

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Aggregate expenditures that vary with real GDP are called induced aggregate expenditures.

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Suppose when disposable personal income increases from $10,000 to $15,000, consumption increases from $9,000 to $12,000. What is the marginal propensity to save?

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The consumption function shows the negative relationship between consumption and disposable personal income.

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Use the following to answer questions . Exhibit: Aggregate Expenditures and Real GDP 2 Use the following to answer questions . Exhibit: Aggregate Expenditures and Real GDP 2   -(Exhibit: Aggregate Expenditures and Real GDP 2) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, I<sub>P</sub> = Planned Investment. Consider a simple economy where AE = C + I<sub>P</sub>, I<sub>P</sub> is autonomous and the consumption function is given by C = $1,000 billion + 0.75Y. If potential real GDP is $9,000 billion, by how much must planned investment change to reach potential real GDP? -(Exhibit: Aggregate Expenditures and Real GDP 2) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, IP = Planned Investment. Consider a simple economy where AE = C + IP, IP is autonomous and the consumption function is given by C = $1,000 billion + 0.75Y. If potential real GDP is $9,000 billion, by how much must planned investment change to reach potential real GDP?

(Multiple Choice)
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Use the following to answer questions . Exhibit: Aggregate Expenditures and Real GDP 2 Use the following to answer questions . Exhibit: Aggregate Expenditures and Real GDP 2   -(Exhibit: Aggregate Expenditures and Real GDP 2) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, I<sub>P</sub> = Planned Investment. Consider a simple economy where AE = C + I<sub>P</sub>, I<sub>P</sub> is autonomous and the consumption function is given by C = $1,000 billion + 0.75Y. What is the value of equilibrium real GDP (Y*)? -(Exhibit: Aggregate Expenditures and Real GDP 2) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, IP = Planned Investment. Consider a simple economy where AE = C + IP, IP is autonomous and the consumption function is given by C = $1,000 billion + 0.75Y. What is the value of equilibrium real GDP (Y*)?

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Disposable personal income is the total income households spend on consumption.

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In the simple aggregate expenditure model where all components of aggregate expenditure are autonomous except consumption, suppose when autonomous aggregate expenditures rise by $1,000 billion, equilibrium real GDP increases by $2,500 billion. Which of the following statements is true?

(Multiple Choice)
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Use the following to answer questions . Exhibit: Aggregate Expenditures and Real GDP 1 Use the following to answer questions . Exhibit: Aggregate Expenditures and Real GDP 1   -(Exhibit: Aggregate Expenditures and Real GDP 1) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, I<sub>P</sub> = Planned Investment. Suppose AE = C + I<sub>P</sub>, and I<sub>P</sub> is autonomous. If the level of real GDP equals $7,000 billion, and if there are no changes in the consumption function or in planned investment, then we expect that, in the next period, real GDP will -(Exhibit: Aggregate Expenditures and Real GDP 1) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, IP = Planned Investment. Suppose AE = C + IP, and IP is autonomous. If the level of real GDP equals $7,000 billion, and if there are no changes in the consumption function or in planned investment, then we expect that, in the next period, real GDP will

(Multiple Choice)
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Use the following to answer questions . Exhibit: Aggregate Expenditures Curve Figure 13-6 Use the following to answer questions . Exhibit: Aggregate Expenditures Curve Figure 13-6   -(Exhibit: Aggregate Expenditures Curve) Suppose the government purchases economy rise by $100. What is the new equilibrium level of real GDP? -(Exhibit: Aggregate Expenditures Curve) Suppose the government purchases economy rise by $100. What is the new equilibrium level of real GDP?

(Multiple Choice)
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Use the following to answer questions . Exhibit: Aggregate Expenditures and Real GDP 1 Use the following to answer questions . Exhibit: Aggregate Expenditures and Real GDP 1   -(Exhibit: Aggregate Expenditures and Real GDP 1) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, I<sub>P</sub> = Planned Investment and Y* = equilibrium real GDP. Suppose AE = C + I<sub>P</sub>, I<sub>P</sub> is autonomous and the consumption function is C = $1,000 billion + 0.5Y. If firms produced a real GDP greater than the Y*, -(Exhibit: Aggregate Expenditures and Real GDP 1) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, IP = Planned Investment and Y* = equilibrium real GDP. Suppose AE = C + IP, IP is autonomous and the consumption function is C = $1,000 billion + 0.5Y. If firms produced a real GDP greater than the Y*,

(Multiple Choice)
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The relationship between personal saving and the level of disposable personal income is shown by the

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Use the following to answer questions . Exhibit: Consumption and Disposable Personal Income Use the following to answer questions . Exhibit: Consumption and Disposable Personal Income   -(Exhibit: Consumption and Disposable Personal Income) When disposable personal income is $2,000 billion, -(Exhibit: Consumption and Disposable Personal Income) When disposable personal income is $2,000 billion,

(Multiple Choice)
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Suppose when disposable personal income increases from $10,000 to $15,000, consumption increases from $9,000 to $13,000. What is the marginal propensity to save?

(Multiple Choice)
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