1. Problems and Applications Q1 Suppose that this year\'s money supply is $600 b
ID: 1107007 • Letter: 1
Question
1. Problems and Applications Q1 Suppose that this year's money supply is $600 billion, nominal GDP is $15 trillion, and real GDP is $3 trillion. The price level is 1, and the velocity of money is Suppose that velocity is constant and the economy's output of goods and services rises by 2 percent each year. Use this information to answer the questions that follow. If the Fed keeps the money supply constant, the price level will , and nominal GDP will True or False: If the Fed wants to keep the price level stable instead, it should keep the money supply unchanged next year. True O False the money supply by If the Fed wants an inflation rate of 10 percent instead, it should can be rewritten as the following percentage change formula: (Percentage Change in M) + (Percentage Change in V)-(Percentage Change in P) +(Percentage Change in Y).) % . (Hint: The quantity equationExplanation / Answer
Answer to blank 1: $3
Answer to blank 2: 25
Explanation:
The quantity theory equation states that
MV = PY
Where, M = Quantity of money
V = velocity of money
P = price level
Y = quantity of output
So, P = MV / Y
= $15 trillion / $5 trillion
= $3
By substituting the value of P in the above equation
M * V = P*Y
V = P*Y / M
= $15 trillion / $600 billion
= 15,000,000,000,000 / 600,000,000,000
= 25
Answer to blank 3: decrease
Answer to blank 4: unchanged
Explanation:
If M and V are unchanged and Y rises by 2%, then because M × V = P × Y, P must decrease by 2%. As a result, nominal GDP will be unchanged
Ans: False
Explanation:
To keep the price level stable, the Fed must increase the money supply by 2%.
Answer to blank 5: increase
Answer to blank 6: 12%
Explanation:
(% change in M) + (% change in V) = (% change P ) + (% change in Y)
Since % change in V = 0
% change in M = (% change P ) + (% change in Y)
= 10% + 2%
= 12%
Thus, Fed should set the money supply for next year to be 12%.
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