8. The income-expenditure model Consider a small economy that is closed to trade, so its net exports are equal to zero. Suppose that the economy has the following consumption function, where Cis consumption, Y is real GDP, I is investment, G is government purchases, and T stands for net taxes: C 40 + 0.5 x (Y – T) Suppose G = $315 billion, I = $50 billion, and T = $10 billion. Given the consumption function and the fact that for a closed economy total expenditure can be calculated as Y = C+I+G, the equilibrium output level is equal to s billion.

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### 8. The Income-Expenditure Model

Consider a small economy that is closed to trade, so its net exports are equal to zero. Suppose that the economy has the following consumption function, where C is consumption, Y is real GDP, I is investment, G is government purchases, and T stands for net taxes:

\[ C = 40 + 0.5 \times (Y - T) \]

Suppose \( G = \$315 \) billion, \( I = \$50 \) billion, and \( T = \$10 \) billion.

Given the consumption function and the fact that for a closed economy total expenditure can be calculated as \( Y = C + I + G \), the equilibrium output level is equal to 

\( \$ \text{__________} \) billion.

Suppose the government purchases are reduced by \( \$150 \) billion. The new equilibrium level of output will be equal to 

\( \text{__________} \).

Based on the effect of the change in government purchases on equilibrium output, you can tell that this economy's spending multiplier is equal to 

\( \text{__________} \).
Transcribed Image Text:### 8. The Income-Expenditure Model Consider a small economy that is closed to trade, so its net exports are equal to zero. Suppose that the economy has the following consumption function, where C is consumption, Y is real GDP, I is investment, G is government purchases, and T stands for net taxes: \[ C = 40 + 0.5 \times (Y - T) \] Suppose \( G = \$315 \) billion, \( I = \$50 \) billion, and \( T = \$10 \) billion. Given the consumption function and the fact that for a closed economy total expenditure can be calculated as \( Y = C + I + G \), the equilibrium output level is equal to \( \$ \text{__________} \) billion. Suppose the government purchases are reduced by \( \$150 \) billion. The new equilibrium level of output will be equal to \( \text{__________} \). Based on the effect of the change in government purchases on equilibrium output, you can tell that this economy's spending multiplier is equal to \( \text{__________} \).
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