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55. If the reserve ratio is 7.5 percent, the money multiplier is
56. If the reserve ratio increased from 10 percent to 20 percent, the money multiplier would
57. If the reserve ratio is 5 percent, then $1,000 of additional reserves can create up to
None of the above is correct.
58. If the reserve ratio is 5 percent, then $500 of additional reserves can create up to
59. If the reserve ratio is 5 percent, then $600 of additional reserves can create up to
None of the above is correct.
60. If the reserve ratio is 8 percent, then an additional $800 of reserves can increase the money supply by as much as
61. If the reserve ratio is 10 percent, $1,400 of additional reserves can create up to
None of the above is correct.
62. If the reserve ratio is 6 percent, then $9,000 of additional reserves can create up to
63. If the reserve ratio is 8 percent, then a decrease in reserves of $6,000 can cause the money supply to fall by as much as
64. If the reserve ratio is 12.5 percent, then $2,000 of additional reserves can create up to
None of the above is correct.
65. If the reserve ratio is 12.5 percent, then $1,000 of additional reserves can create up to
66. If the reserve ratio is 20 percent, then $100 of new reserves can generate
$60 of new money in the economy.
$250 of new money in the economy.
$500 of new money in the economy.
$2,000 of new money in the economy.
67. If the reserve ratio is 4 percent, then $81,250 of new money can be generated by
$20,312.50 of new reserves.
$2,031,250 of new reserves.
68. If the reserve ratio is 12.5 percent, then $5,600 of money can be generated by
69. Suppose the Federal Reserve increases bank reserves and banks lend out some of these reserves, but at some point
banks still have $5 million more they wish to lend out. If the reserve requirement is 10 percent, how much more money
can banks create if they lend out the remaining amount?
70. If $300 of new reserves generates $800 of new money in the economy, then the reserve ratio is
71. In the nation of Wiknam, the money supply is $80,000 and reserves are $18,000. Assuming that people hold only
deposits and no currency, and that banks hold no excess reserves, then the reserve requirement is
None of the above is correct.
72. In Ugoland, the money supply is $8 million and reserves are $1 million. Assuming that people hold only deposits and
no currency, and that banks hold no excess reserves, then the reserve requirement is
None of the above is correct.
Table 29–3. An economy starts with $50,000 in currency. All of this currency is deposited into a single bank, and the bank
then makes loans totaling $45,750. The T-account of the bank is shown below.
73. Refer to Table 29–3. The bank’s reserve ratio is
74. Refer to Table 29–3. If all banks in the economy have the same reserve ratio as this bank, then the value of the
economy’s money multiplier is
75. Refer to Table 29–3. If all banks in the economy have the same reserve ratio as this bank, then an increase in reserves
of $150 for this bank has the potential to increase deposits for all banks by
The First Bank of Fairfield
76. Refer to Table 29-4. The reserve ratio for this bank is
77. Refer to Table 29-4. If $800 is deposited into the First Bank of Fairfield, and the bank takes no other actions, its
reserves will increase by $100.
liabilities will increase by $800.
assets will decrease by $800.
loans will increase by $800.
78. Refer to Table 29-4. Starting from the situation as depicted by the T-account, if someone deposits $500 into the First
Bank of Fairfield, and if the bank makes new loans so as to keep its reserve ratio unchanged, then the amount of new
loans that it makes will be
The First Bank of Roswell
79. Refer to Table 29-5. If the bank faces a reserve requirement of 6 percent, then the bank
is in a position to make a new loan of $12,000.
is in a position to make a new loan of $18,000.
has excess reserves of $12,000.
None of the above is correct.
80. Refer to Table 29-5. If the bank faces a reserve requirement of 8 percent, then the bank
is in a position to make a new loan of $14,000.
has fewer reserves than are required.
has excess reserves of $16,400.
None of the above is correct.
81. Refer to Table 29-5. Suppose the bank faces a reserve requirement of 10 percent. Starting from the situation as
depicted by the T-account, a customer deposits an additional $60,000 into his account at the bank. If the bank takes no
other action it will
have $64,000 in excess reserves.
have $4,000 in excess reserves.
be in a position to make new loans equal to $6,000
None of the above is correct.
82. Refer to Table 29-5. If the bank faces a reserve requirement of 20 percent, then it
has $10,000 of excess reserves.
needs $10,000 more reserves to meet its reserve requirements.
needs $20,000 more reserves to meet its reserve requirements.
just meets its reserve requirement.
83. Refer to Table 29-5. If the bank is holding $4,000 in excess reserves, then the reserve requirement with which it must
comply is
84. Refer to Table 29-6. From the table it follows that the Bank of Pleasantville operates in a
fractional-reserve banking system, since its reserves are less than its deposits.
fractional-reserve banking system, since its reserves are less than its loans.
100-percent-reserve banking system, since its assets are equal to its liabilities.
100-percent-reserve banking system if the Fed’s reserve requirement is 10 percent; otherwise, it operates in a
fractional-reserve banking system.
85. Refer to Table 29-6. The Bank of Pleasantville’s reserve ratio is
86. Refer to Table 29-6. Assume there is a reserve requirement and the Bank of Pleasantville is exactly in compliance
with that requirement. Assume the same is true for all other banks. Lastly, assume people hold only deposits and no
currency. What is the money multiplier?
87. Refer to Table 29-6. If the Fed’s reserve requirement is 5 percent, then what quantity of excess reserves does the
Bank of Pleasantville now hold?
88. Refer to Table 29-6. Assume the Fed’s reserve requirement is 5 percent and all banks besides the Bank of
Pleasantville are exactly in compliance with the 5 percent requirement. Further assume that people hold only deposits and
no currency. Starting from the situation as depicted by the T-account, if the Bank of Pleasantville decides to make new
loans so as to end up with no excess reserves, then by how much does the money supply eventually increase?
89. Refer to Table 29-7. If the Bank of Springfield has lent out all the money it can given its level of deposits, then what
is the reserve requirement?
90. Refer to Table 29-7. Assuming the Bank of Springfield and all other banks have the same reserve ratio, then what is
the value of the money multiplier?
91. Refer to Table 29-7. If the Fed requires a reserve ratio of 6 percent, then what quantity of excess reserves does the
Bank of Springfield now hold?
92. Refer to Table 29-7. Assume the Fed’s reserve requirement is 10 percent and that the Bank of Springfield makes new
loans so as to make its new reserve ratio 10 percent. From then on, no bank holds any excess reserves. Assume also that
people hold only deposits and no currency. Then by what amount does the economy’s money supply increase?
Liabilities and Owners’ Equity
93. Refer to Table 29-8. The required reserve ratio is 12 percent. Which of the following is true?
This banks reserve ratio is 12 percent. Its excess reserves are $0.
This banks reserve ratio is 13.3 percent. Its excess reserves are $120.
This banks reserve ratio is 15 percent. Its excess reserves are $240.
This banks reserve ratio is 10 percent. Its excess reserves are $300.
94. Refer to Table 29-8. The required reserve ratio is 12 percent and First National Bank sells $120 of its short-term
securities to the Federal Reserve. This action will
increase First National’s reserves by $120. Its excess reserves are $240.
decrease First National’s reserves by $120. Its excess reserves are $0.
increase First National’s loans by $120. Its reserves decrease by $120.
decrease First National’s loans by $120. Its reserves increase by $120.
95. Refer to Table 29-8. This bank’s leverage ratio is
96. First National Bank (FNB) has a reserve ratio of 20 percent, a required reserve ratio of 10 percent, and deposits of
$1,000. If FNB receives an additional deposit of $100,
then it has required reserves of $210 and holds excess reserves of $10.
then it has required reserves of $10 and holds excess reserves of $20.
then it has required reserves of $110 and holds excess reserves of $190.
then it has required reserves of $110 and holds excess reserves of $0.
the machinery, structures, and equipment of the bank.
the resources that owners have put into the bank.
the reserves of the bank.
98. The leverage ratio is calculated as
assets minus liabilities.
assets divided by bank capital
the reciprocal of the required reserve ratio
the required reserve ratio multiplied by bank capital.
99. Suppose a bank is operating with a leverage ratio of 10. A 6 percent increase in the value of assets
will reduce liabilities by 6 percent.
will result in a 60 percent increase in owner’s equity.
will result in a 60 percent decrease in owner’s equity.
will reduce liabilities by 10 percent.
100. Bank regulators impose capital requirements in order to
increase the amount of leverage in the economy.
provide an incentive for banks to hold risky assets.
ensure banks can pay off depositors.
increase the probability of a credit crunch.
101. Lisa deposits $750 with her bank. The T-account for her bank account is now:
What is the change in the money supply?
No change, and Lisa’s bank is an example of 100-percent-reserve banking
No change, and Lisa’s bank is an example of fractional-reserve banking
$750, and Lisa’s bank is an example of 100-percent-reserve banking
$750, and Lisa’s bank is an example of fractional-reserve banking
102. If the reserve ratio increased from 5 percent to 10 percent, then the money multiplier would
103. If $500 of new reserves generates $1000 of new money in the economy, then the money multiplier is
2 and the reserve ratio is 50 percent.
2 and the reserve ratio is 2 percent.
0.5 and the reserve ratio is 50 percent.
0.5 and the reserve ratio is 2 percent.
104. The 2008 credit crunch occurred when banks reduced lending in response to
the loss of asset value for mortgage backed securities and mortgage loans.
having too little capital to satisfy capital requirements.
an excess of bank capital.
an increase in the required reserve ratio.