Refer to the above figure. There is a $100 million unplanned decrease in inventories at an regate output level of $500 million $1,000 million $1,200 million $1.300 million

ENGR.ECONOMIC ANALYSIS
14th Edition
ISBN:9780190931919
Author:NEWNAN
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Chapter1: Making Economics Decisions
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Answer the given question with a proper explanation and step-by-step solution.

 

Demand
$1,200
$1,160
$1000
$600
$200
$500
$1000
Demand = Y
$1,200
Demand =a-bTO+I+G+EX-IM+b(1-t)Y
Y
Aggregate Income/
Aggregate Output]
23.) Refer to the above figure. There is a $100 million unplanned decrease in inventories at an
aggregate output level of
A) $500 million
B) $1,000 million
C) $1,200 million
D) $1,300 million
Transcribed Image Text:Demand $1,200 $1,160 $1000 $600 $200 $500 $1000 Demand = Y $1,200 Demand =a-bTO+I+G+EX-IM+b(1-t)Y Y Aggregate Income/ Aggregate Output] 23.) Refer to the above figure. There is a $100 million unplanned decrease in inventories at an aggregate output level of A) $500 million B) $1,000 million C) $1,200 million D) $1,300 million
24.) Refer to the above figure. Unplanned inventories increase and output decreases when
aggregate output is
A) $0
B) $500 million
C) $1,000 million
D) None of the above
25.) Refer to the above figure. Unplanned inventories decrease and output increases when
aggregate output is
A) $1,000 million
B) $1,160 million
C) $1,200 million
D) None of the above
26.) Refer to the above figure. The best approximation for the demand function is the following:
A) $200 +0.6Y
B) $200+ 0.8Y
C) $100+0.6Y
D) None of the above
Transcribed Image Text:24.) Refer to the above figure. Unplanned inventories increase and output decreases when aggregate output is A) $0 B) $500 million C) $1,000 million D) None of the above 25.) Refer to the above figure. Unplanned inventories decrease and output increases when aggregate output is A) $1,000 million B) $1,160 million C) $1,200 million D) None of the above 26.) Refer to the above figure. The best approximation for the demand function is the following: A) $200 +0.6Y B) $200+ 0.8Y C) $100+0.6Y D) None of the above
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