Answer:
Provide a device through which the credit-creating activities of banks can be controlled
Explanation:
The legal reserve requirement is the minimum amount mandated by Central banks for banks to have as their minimum reserves.
The legal reserve requirement is used by the government as a means to control the supply of money in the economy.
If the central bank wants to reduce money supply, it increases the legal reserve requirement and if it wants to increase money supply, it reduces the legal reserve requirement.
A high reserve requirement reduces the amount that banks can make available for loans.
I hope my answer helps you
If the banking system does NOT want to hold any excess reserves, $250,000 will be <u>added </u>to the money supply.
<h3>What is an excess reserves?</h3>
Excess reserves is known to be the capital reserves that is said to be held by a bank or financial institution and it is one that is too much or is in excess of what is needed by regulators, creditors, or others.
Since there is $25,000 worth of U.S. Treasury bills, one will multiply it times 10 = $250,000
Therefore, If the banking system does NOT want to hold any excess reserves, $250,000 will be <u>added </u>to the money supply.
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Answer:
$1,035,459.51
Explanation:
First we must determine the issuing value:
- cash flow 1 = $60,000
- cash flow 1 = $60,000
- cash flow 1 = $60,000
- cash flow 1 = $60,000
- cash flow 1 = $1,060,000
using an excel spreadsheet to calculate the bond's price with a discount value of 5%:
the bonds were sold at $1,043,294.77
the effective interest expense = bond's price x market interest = $1,043,294.77 x 5% = $52,164.74
bond's value = bond's price - (coupon payment - effective interest) = $1,043,294.77 - ($60,000 - $52,164.74) = $1,035,459.51
They are skill based pay and gain sharing.
Answer:
Amount deposit = $118,411.4 (Approx.)
Explanation:
Given:
Future amount = $150,000
Rate of interest = 6% compounds semiannual
Number of year = 4 year
Find:
Amount deposit
Computation:
Compounds semiannual
So,
Rate of interest = 6% / 2 = 0.03
Time taken = 4 x 2 = 8 times
So,
A = P[1+r]ⁿ
150,000 = p[1+0.03]⁸
150,000 = p[1.03]⁸
150,000 = p[1.26677]
p = 150,000 / 1.26677
p = 118,411.393
Amount deposit = $118,411.4 (Approx.)