Answer:
This depends on the type of interest charged and the length of the loan. Generally speaking, floating loans should adjust semi-automatically to changes in interest rates. So any change affects them directly.
On the other hand, fixed rate loans, most mortgages and installment loans generally carry a fixed interest rate that doesn't depend on the market interest rate. Some mortgages (around 33% of total) are variable rate mortgages that are affected by changes in the market interest rate, but they adjust on a yearly basis.
2. How much total bond interest expense will be recognized over the life of these bonds?
3. Prepare an effective interest amortization table for these bonds.
Answer:
1. What is the amount of the discount on these bonds at issuance?
$18,885
2. How much total bond interest expense will be recognized over the life of these bonds?
total interest expense = ($248,000 x 7% x 3 years) + $18,885 = $70,965
3. Prepare an effective interest amortization table for these bonds.
see attached PDF
Explanation:
the journal entry to record the issuance
January 1, 2019, bonds issued at a discount
Dr Cash 229,115
Dr Discount on bonds payable 18,885
Cr Bonds payable 248,000
The discount on the bonds at issuance is $18,885. The total bond interest paid over the life of the bonds is $52,080. An effective interest amortization table can be created to track the interest expense, reduction of discount, and carrying value at each period.
In the scenario you described, the bonds have a par value of $248,000 and they were sold for $229,115. The discount on the bonds at issuance is the difference between the par value and the amount they were sold for: $248,000 - $229,115 = $18,885.
The annual contract rate is 7%. Therefore, the annual interest is $248,000 * 7% = $17,360. Since interest is paid semiannually, each interest payment will be $17,360 / 2 = $8,680. Since the bonds mature in three years, there will be 3 * 2 = 6 interest payments, so total bond interest paid over the life of the bonds is $8,680 * 6 = $52,080.
An effective interest amortization table can be created by calculating the interest expense at each period (at the market rate of 10%), the amount of the payment that reduces the discount, and the carrying value of the bonds at each period.
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b. Income is transferred from consumers in the importing nation to domestic producers
c. Income is transferred from consumers in the importing nation to their government
d. All of the above
e. None of the above
Answer:
Explanation:
An import restriction as the term implies is done to limit the amount of a certain good that is imported into the country. Usually this is done to protect the domestic producers of the good in question who are not be as efficient as the country being imported from and so charge higher prices.
The people in the economy will experience a net loss in welfare because they will now be paying higher prices and as well will be transferring some of their income to their government because import restrictions like tariffs will see their costs passed on to the consumer.
Answer:
I can lend her $3364 today
Explanation:
A = P(1 + r)^n
A = $3500
r = 2% = 2/100 = 0.02
n = 2 years
3500 = P(1 + 0.02)^2
3500 = P(1.02)^2
P = 3500/1.0404 = $3364 (to the nearest whole number)
Answer:
Total increase in deposit = $54,200,000
Explanation:
given data
deposits = $20 million dollars
bank reserve = 10%
solution
we know that Deposit in bank A is = $20,000,000
and Reserve @ 10% = $2,000,000
so
Bank A loans or bank B deposit will be = $20,000,000 - $2,000,000
Bank A loans or bank B deposit = $18,000,000
here Reserve @ 10% = $1,800,000
so
Bank B loans or Bank C deposit will be here = $18,000,000 - $1,800,000
Bank B loans or Bank C deposit = $16,200,000
so that
Total increase in deposit will be = Bank A + Bank B + Bank C ...............1
put here value we get
Total increase in deposit = $20,000,000 + $18,000,000 + $16,200,000
Total increase in deposit = $54,200,000
Answer:
The overall rate of return is 16.67%
Explanation:
The computation of the overall rate of return is shown below:
= Actual amount return ÷ investment amount
= ($15,000 × 23% + $140,000 × 16%) ÷ ($155,000)
= ($3,450 + $22,400) ÷ ($155,000)
= ($25,850) ÷ ($155,000)
= 16.67%
Hence, the overall rate of return is 16.67%
We simply applied the above formula and the same is to be considered
Answer:
The options are
A) as small as possible; all
B) equal; all
C) equal; normal
D) maximized; all
The answer is B) equal; all
Ricky not being in a consumer equilibrium and he considering the prices prices of goods means he allocated all his income in such a way that entails his marginal utility per dollar spent is equal for all goods.
This is to ensure that he cuts cost and maximizes his spending power.