Exam 13: Consumption and the Aggregate Expenditures Model

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Let AE = Aggregate Expenditures, C = Consumption, IP = Planned Investment, G =Government Purchases. Consider a simple aggregate expenditures model, where AE = C + IP + G and all components of aggregate expenditures except consumption are autonomous. All other things unchanged, an increase in the price level,

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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) The marginal propensity to consume is -(Exhibit: Consumption and Disposable Personal Income) The marginal propensity to consume is

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Suppose the slope of the aggregate expenditures curve is 0.75. An increase in autonomous investment expenditure of $6 billion would produce an ultimate increase in equilibrium real GDP of

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Suppose that your annual income has averaged $40,000 for the past 10 years and that you expect it will average $40,000 over the next 10 years. If your income this year increases to $50,000 but your consumption expenditures don't change, then you are most likely acting according to the

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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. What is the value of autonomous AE? -(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. What is the value of autonomous AE?

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Which of the following is true? I. 1 − MPS = MPC where MPS = marginal propensity to save and MPC = marginal propensity to consume. II. personal saving + consumption = gross income III. ∆disposable income = ∆saving + ∆consumption where ∆ = change in

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The bulk of aggregate demand in the United States consists of

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The multiplier effect indicates that

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Aggregate expenditures that do not vary with real GDP are called autonomous aggregate expenditures.

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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>. I<sub>P</sub> is autonomous and the consumption function is C = $1,000 billion + 0.5Y. If real GDP = $5,000 billion, what is the amount of aggregate expenditures? -(Exhibit: Aggregate Expenditures and Real GDP 1) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, IP = Planned Investment. Suppose AE = C + IP. IP is autonomous and the consumption function is C = $1,000 billion + 0.5Y. If real GDP = $5,000 billion, what is the amount of aggregate expenditures?

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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 planned investment when real GDP is $6,000 billion? -(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 planned investment when real GDP is $6,000 billion?

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Use the following to answer questions . Exhibit: Consumption and Real GDP Use the following to answer questions . Exhibit: Consumption and Real GDP   -(Exhibit: Consumption and Real GDP) The marginal propensity to consume equals -(Exhibit: Consumption and Real GDP) The marginal propensity to consume equals

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The income households receive less the personal income taxes they pay is

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Consider a simple aggregate expenditure model where all components of aggregate expenditure are autonomous except consumption. If the consumption function is C = $500 + 0.8Y, planned investment = $200, government purchases = $300, Net exports = $100, and real GDP = $1,000, what is the amount of induced expenditures?

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Use the following to answer questions . Exhibit: Consumption and Real GDP Use the following to answer questions . Exhibit: Consumption and Real GDP   -(Exhibit: Consumption and Real GDP) An equation for the consumption function is -(Exhibit: Consumption and Real GDP) An equation for the consumption function is

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In the simple aggregate expenditure model where all components of aggregate expenditure are autonomous except consumption, if the slope of the aggregate expenditures curve decreases, the multiplier

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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>. I<sub>P</sub> is autonomous and the consumption function is C = $1,000 billion + 0.5Y. If Y= $6,000 billion, what is the value of consumption and planned investment? -(Exhibit: Aggregate Expenditures and Real GDP 1) Let Y = real GDP, AE = Aggregate Expenditures, C = Consumption, IP = Planned Investment. Suppose AE = C + IP. IP is autonomous and the consumption function is C = $1,000 billion + 0.5Y. If Y= $6,000 billion, what is the value of consumption and planned investment?

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Consumption spending in any one period that is determined by income in that period is explained by the

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The consumption function expresses the

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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 potential real GDP is $7,000 billion, what must happen to planned investment for the economy to reach its potential real GDP? -(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 potential real GDP is $7,000 billion, what must happen to planned investment for the economy to reach its potential real GDP?

(Multiple Choice)
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