Answer:
The answer is E. $15 million
Explanation:
We have the bank's net liquidity position is equal to its Cash inflow - Cash outflow.
Cash inflow = incoming deposits + revenues from the sale of nondeposit services + customer loan repayments + sale of bank assets + money market borrowings= 30 million + 15 million + 25 million + 5million + 45 million = $120 million
Cash outflow = deposit withdrawals + acceptable loan requests + repayments of bank borrowings + cash outflows to cover other operating expenses + dividend payments to its stockholders = 20 million + 60 million + 10 million + 5 million + 10 million = $105 million
So, net liquidity position is: 120 million - 105 million = $15 million.
So, the answer is E. $15 million.
<em>You tell them it's too late to exchange since it already expired.</em>
Answer:
D. Helps managers to act rapidly and with autonomy
Explanation:
The management control system defines that every policy and procedure should be followed in a proper manner and work on new strategies for the benefit of the organization. It helps in managing the hierarchy level and differentiates the performance company resources like finance, marketing, sales, Human resource management, operations, etc.
Therefore the management control system provides to work with sovereignty so that the work runs in a smooth and inefficient and effective manner. It also helps the managers to take the action quickly before things go out of control.
Answer:
A. True
Explanation:
Large commercial and retail banks have been choosing to increase the amount of excess reserves they hold in the Federal Reserve, and this has caused an increase in the money multiplier and the money supply.
This is true as an increase in the Federal reserves would lead to increased room for loan and lending facilities which would also help increase the money supply of the populace.
Answer:
It will take 14 quarters (3.5 years) to reach $44,622.09 from $35,000 at an interest rate of 7% compounded quarterly.
Explanation:
Giving the following information:
PV= 35,000
FV= 44,622.09
i= 0.07/4= 0.0175
We need to calculate the number of quarters required to reach the objective. We will use the following formula:
n= ln(FV/PV) / ln(1+i)
n= ln(44,622.09/35,000) / ln(1.0175)
n= 14
It will take 14 quarters (3.5 years) to reach $44,622.09 from $35,000 at an interest rate of 7% compounded quarterly.
