<span>1. Suppose Oscar withdraws $100 from his checking account and deposits it into his savings account. This
transaction causes M1 to
A. Increase by $100 and M2 to remain the same.
B. Decrease by $100 and M2 to remain the same.
C. Decrease by $100 and M2 to increase by $100.
D. Remain the same and M2 to increase by $100</span>B<span>2. Suppose Megan withdraws $75 from her savings account and deposits it into her checking account. This
transaction causes M1 to
A. Increase by $75 and M2 to remain the same.
B. Decrease by $75 and M2 to remain the same.
C. Increase by $75 and M2 to decrease by $75.
D. Remain the same and M2 to increase by $75.</span>A<span>3. Suppose Jared takes $200 from his savings account and holds it as cash. The immediate result of this
transaction is that M2
A. Increases by $200 and M1 remains the same.
B. Decreases by $200 and M1 remains the same.
C. And M1 do not change.
D. Remains the same and M1 increases by $200.</span>D<span>4. A single bank with $10,000 of reserves and a reserve ratio of 25 percent could support total transactions
account balances of at most
A. $10,000.
B. $5,000.
C. $40,000.
D. $25,000.</span>C<span>5. A single bank with $20,000 of reserves and a reserve ratio of 5 percent could support total transactions
account balances of at most
A. $400,000.
B. $1,000.
C. $100,000.
D. $20,000.</span>A<span>6. Initially a bank has a required reserve ratio of 20 percent and no excess reserves. If $5,000 is deposited into
the bank, then initially, ceteris paribus,
A. This bank can increase its loans by $5,000.
B. This bank can increase its loans by $4,000.
C. Total reserves will increase by $4,000.
D. Required reserves will increase by $5,000.</span>B<span>7. Initially a bank has a required reserve ratio of 10 percent and no excess reserves. If $1,000 is deposited into
the bank, then, ceteris paribus,
A. This bank can increase its loans by $900.
B. This bank can increase its loans by $1,000.
C. Total reserves will increase by $900.
D. Required reserves will increase by $1,000.</span>A<span>8. If total reserves for a bank are $12,000, excess reserves are $2,000, and demand deposits are $100,000, the
money multiplier must be
A. 20.
B. 15.
C. 10.
D. 5</span>C<span>9. If the banking system has demand deposits of $100,000, total reserves equal to $15,000, and a required
reserve ratio of 10 percent, the banking system can increase the volume of loans by a maximum of
A. $5,000.
B. $50,000.
C. $85,000.
D. $100,000.</span>A<span>10. Suppose a banking system has a required reserve ratio of 0.15. How much can the money supply increase in
response to a $1 billion increase in excess reserves for the whole banking system?
A. $1 billion.
B. $150 million.
C. $15 billion.
D. $6.67 billion.</span><span>B</span>
A car has many small parts such as the battery, radiator, brakes, axle, shock absorbers, etc.
<u>Explanation: </u>
These parts need repair from time to time. Our car does not work properly if any of such part is gone. This means if any part is damaged then the car will not move smoothly.
Suppose if the battery is dead then it will affect the voltage that the battery gives to the car. So we need to fix it. If the axle is broken, then driving can be hazardous. If the Radiator is leaking then the engine will overheat. This indicates the leakage of the radiator.
Answer:
Expected unit sales.
Explanation:
Production budget can be defined as a report or plan that measures the amount of units that will be produced during a particular period of time. It is used by manufacturers to measure what it would cost to manufacture a particular product.
Production budget is used by managers of different organisations to estimate the number of units that they have to produce in future periods which would be in the basis of the future estimated sales numbers. Managers also utilize this report as a planning tool for future production development, machine times, and planning.
Answer:
You will end up with $15,384.62 over and above the $1,000,000 you started with.
Explanation:
We purchase 1 NZ dollar from bank Y at $0.325 and sell it to Bank X at $0.33
NZ dollars that can be bought by = 1,000,000/0.325
= $3,076,923.08
Gain on $1,000,000 = 3,076,923.08*(0.33 - 0.325)
= $15,384.62
Therefore, You will end up with $15,384.62 over and above the $1,000,000 you started with.
During the norming stage of team development, team members: begin to settle into their roles as team members.
