Exam 13: Consumption and the Aggregate Expenditures Model
Exam 1: Economics: the Study of Choice145 Questions
Exam 3: Demand and Supply251 Questions
Exam 4: Applications of Supply and Demand113 Questions
Exam 5: Macroeconomics: the Big Picture145 Questions
Exam 6: Measuring Total Output and Income161 Questions
Exam 7: Aggregate Demand and Aggregate Supply166 Questions
Exam 8: Economic Growth136 Questions
Exam 9: The Nature and Creation of Money224 Questions
Exam 10: Financial Markets and the Economy175 Questions
Exam 11: Monetary Policy and the Fed178 Questions
Exam 12: Government and Fiscal Policy177 Questions
Exam 13: Consumption and the Aggregate Expenditures Model219 Questions
Exam 14: Investment and Economic Activity138 Questions
Exam 15: Net Exports and International Finance199 Questions
Exam 16: Inflation and Unemployment132 Questions
Exam 17: A Brief History of Macroeconomic Thought and Policy123 Questions
Exam 18: Inequality, Poverty, and Discrimination140 Questions
Select questions type
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, IP = Planned Investment. Suppose AE = C + IP, and IP is autonomous. If the level of real GDP equals $5,000 billion, and if there are no changes in the consumption function or in planned investment, then we can expect that, in the next period, real GDP will

(Multiple Choice)
4.9/5
(33)
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, a decrease in the price level
(Multiple Choice)
4.9/5
(37)
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. In this model, the multiplier is found using the formula
(Multiple Choice)
4.7/5
(40)
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, IP = Planned Investment. Consider a simple economy where AE = C + IP, and IP is autonomous. What is the value of autonomous AE?

(Multiple Choice)
4.9/5
(32)
If the economy spends 80% of any increase in real GDP, then an increase in autonomous investment of $1 billion would result ultimately in an increase in equilibrium real GDP of
(Multiple Choice)
5.0/5
(31)
In general, an increase in the income tax rate will make the aggregate expenditures curve
(Multiple Choice)
5.0/5
(28)
If an economy spends 90% of any increase in real GDP, then an increase in autonomous investment of $1 billion would result ultimately in an increase in equilibrium real GDP of
(Multiple Choice)
4.9/5
(40)
An increase in the slope of the aggregate expenditures curve leads to a decrease in the value of the multiplier.
(True/False)
4.8/5
(26)
Consider a simple aggregate expenditure model where all components of aggregate expenditure are autonomous except consumption. If government purchases increases by $200 billion, the aggregate expenditures curve will shift up by
(Multiple Choice)
4.8/5
(31)
Suppose the consumption function is C = $500 + 0.8Y. If Y = $1,000, then autonomous consumption is
(Multiple Choice)
4.7/5
(27)
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 autonomous expenditures?
(Multiple Choice)
4.9/5
(36)
Use the following to answer questions .
Exhibit: Aggregate Expenditures Curve
Figure 13-6
-(Exhibit: Aggregate Expenditures Curve) What is the value of the multiplier?

(Multiple Choice)
4.8/5
(42)
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. If the MPS is 0.4, then the multiplier is
(Multiple Choice)
4.8/5
(25)
Autonomous aggregate expenditures are those that automatically vary with real GDP,whereas induced expenditures only change in response to a change in an external factor.
(True/False)
4.8/5
(42)
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, IP = Planned Investment. Consider a simple economy where AE = C + IP, and IP is autonomous. What is the value of AE when Y = $12,000 billion?

(Multiple Choice)
4.9/5
(32)
The assertion that consumption depends on expected average annual income is called
(Multiple Choice)
4.9/5
(40)
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, IP = Planned Investment, G = Government Purchases. Further, IP and G are autonomous. What is the equation of the aggregate expenditures curve? All figures in billions of dollars.

(Multiple Choice)
4.9/5
(37)
Use the following to answer questions .
Exhibit: Consumption Functions
Figure 13-3
-(Exhibit: Consumption Functions) Which of the following statements is false?

(Multiple Choice)
4.8/5
(27)
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,
(Multiple Choice)
4.8/5
(30)
Showing 61 - 80 of 219
Filters
- Essay(0)
- Multiple Choice(0)
- Short Answer(0)
- True False(0)
- Matching(0)