Answer: increase by $80 million, and the maximum money-lending potential of the commercial banking system will increase by $400 million
Explanation:
Based on the information given in the question, the money multiplier will be calculated thus:
Money multiplier = 1/Required reserve ratio
where,
Required reserve ratio = 20%
Money Multiplier will now be:
= 1/0.20
= 5
Therefore, the maximum money-lending potential will be:
= $80 million × 5
= $400 million
Therefore, the money supply will by $80 million, and the maximum money-lending potential of the commercial banking system will increase by $400 million
c a type of marchandiser that buys merchadise from a manufacture
Answer:
10.38%
Explanation:
The formula to compute the effective annual rate of the loan is shown below:
= (1 + nominal interest rate ÷ periods)^ number of period - 1
The nominal interest rate is shown below:
= $250 × 4 ÷ $10,000
= $1,000 ÷ $10,000
= 0.1
Now the effective annual rate is
= (1 + 0.1 ÷ 4)^4 - 1
= (1 + 0.025)^4 - 1
= 1.025^4 - 1
= 10.38%
Since the interest rate is measured on a quarterly basis, we know there are four quarters in a year and we do the same in the calculation part.
This is the answer but the same is not provided in the given options
Answer:
CPI at the beginning of the year = 192.52
Explanation:
given data
nominal interest rate = 7 percent
real interest rate = 4 percent
CPI = 198.3
to find out
CPI at the beginning of the year
solution
we know that according to fisher equation
1 + r = 
....................1
and for smaller values is equivalent to r
r = n - i .....................2
here r is real interest rate and n is nominal interest rate and i is inflation rate
so from equation 2
4 = 7 - inflation rate
inflation rate = 3 percent
so
Rate of inflation = (CPI at the end of the year - CPI at the beginning of the year) × 100 ÷ CPI at the beginning of the year
put here value
3% = (198.3 - CPI at the beginning of the year) × 100 ÷ CPI at the beginning of the year
CPI at the beginning of the year = 
CPI at the beginning of the year = 192.52
Answer:
Reserves = $105,000
Required reserve = $30,000
Excess reserve = $75,000
Explanation:
Given:
Required reserve ratio = 0.20
Check able deposit = $150,000
Outstanding loans = $45,000
Computation:
Reserves = Check able deposit - Outstanding loan
Reserves = $150,000 - $45,000
Reserves = $105,000
Required reserve = Check able deposit[Required reserve ratio]
Required reserve = $150,000[0.20]
Required reserve = $30,000
Excess reserve = Reserves - Required reserve
Excess reserve = $105,000 - $30,000
Excess reserve = $75,000
