The required reserve ratio is 10 percent, currency in circulation is $400 billion, checkable deposits are $800 billion, and excess reserves total $0.8
If the required reserve is 10%, the currency reserve multiplier is 10 and the currency supply should be 10 times the reserve. A reserve requirement ratio of 10% also means that banks can lend out 90% of their deposits.
The reserve ratio can be calculated by simply dividing the amount a bank must hold in reserves by the amount the bank has on deposit. For example, if he has $10 million in bank deposits and needs to hold $500,000 in reserves, the required reserve ratio is 1/20, or 5%.
The ratio of required reserves to deposits. A reserve ratio of 10% means that banks must hold 10% of their deposits as a reserve.
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Answer:
16.16%
Explanation:
The formula to compute the expected rate of return is shown below:
-
Expected rate of return = (Weightage of Stock G × Expected Returns G) + (Weightage of Stock J × Expected Returns J) + (Weightage of Stock K × Expected Returns K)
= (16% × 10%) + (56% × 16%) + (28% × 20%)
= (0.16 × 0.1) + (0.56 × 0.16) + (0.28 × 0.20)
= 0.016 + 0.0896 + 0.056
= 0.1616
= 16.16%
Answer:
B) As long as the Fed's announcement is credible, workers and firms will reduce their consumption and investment spending, which will reduce aggregate demand and reduce inflation.
Explanation:
If the FED announces that it will increase the federal funds rate, it will increase the interest that banks charge other banks for lending them money in order to comply with the reserve ratio. This increase would make banks hand out less loans and be more careful in order to reduce their need for overnight funds.
If banks reduce their loans, their capacity for creating money will also be reduced, lowering the consumption level and investment spending of both workers (households) and private firms.
Answer:
13.16%
Explanation:
In this question we use the RATE formula i.e shown in the attached spreadsheet
Given that,
Present value = $725
Assuming figure - Future value or Face value = $1,000
PMT = 1,000 × 9% ÷ 2 = $45
NPER = 16 years × 2 = 32 years
The formula is shown below:
= Rate(NPER;PMT;-PV;FV;type)
The present value come in negative
So, after solving this, the yield to maturity is 6.58% × 2 = 13.16%