Answer:
What will Sam have to pay for this equipment if the loan calls for semiannual payments (2 per year)
and monthly payments (12 per year)?
Compare the annual cash outflows of the two payments.
Why does the monthly payment plan have less total cash outflow each year?
What will Sam have to pay for this equipment if the loan calls for semiannual payments (2 per year)?
Explanation:
cabinet cost $25,000
interest rate 10%
we can use the present value of an annuity formula to determine the monthly payment:
present value = $25,000
PV annuity factor (5%, 12 periods) = 8.86325
payment = PV / annuity factor = $25,000 / 8.8633 = $2,820.62
present value = $25,000
PV annuity factor (0.8333%, 60 periods) = 47.06973
payment = PV / annuity factor = $25,000 / 47.06973 = $531.13
The monthly payment plan has less total cash outflow each year compared to the semiannual payment plan because the principal loan amount is reduced more quickly, leading to less accrued interest over the lifetime of the loan. Using the loan amortization formula and plugging in the appropriate values will yield the payment amounts for each plan.
The subject at hand relates toloan amortization, specificially the calculation of periodic payments for a loan when the interest is compounded semi-annually or monthly.
Let us denote the principal loan amount as P, the interest rate as r, and the number of payments as n.
For semiannual payments, n equals the number of years multiplied by 2, and for monthly payments, n equals the number of years multiplied by 12. Also, the interest rate needs to be divided by the number of periods per year. Therefore, the semiannual interest rate is r/2, and the monthly interest rate is r/12.
The formula to calculate the periodic payment amount, A, is: A = P * [r(1 + r)^n] / [(1 + r)^n - 1].
In this case, the loan amount, P, is $25,000, and the interest rate, r, is 0.1 or 10%. Hence, for example, the semiannual loan payments can be calculated using the formula as follows: Substituting n = 6 * 2 and r = 0.1/2 into the formula, we will get the payment amount for semiannual payments.
The annual cash outflows for the two payment plans are not the same because the principal amount is reduced more quickly in the plan with more frequent payments (monthly), thus accumulating less interest over the life of the loan. The total cash outflow over the loan period would be less for the monthly payment plan compared to the semiannual payment plan.
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Answer:
Answer is explained in the attachment.
Explanation:
Answer: $168,000
Explanation:
Cash balance at the end of the year = Cash Inflows - Cash outflows
Cash Outflows
= (Merchandise purchased - Account payables) + Salaries + Interest + Insurance
= (235,000 - 38,700) + 28,100 + 2,600 + 8,900
= $235,900
Cash Inflows
= (Sales - Accounts receivables) + Investment by partners + Amount borrowed
= (378,000 - 47,000) + 47,000 + 26,000
= $404,000
Cash Balance = $168,000
Note: The options are most probably for a similar question.
FIFO LIFO
Year 1 $195,000 $177,500
Year 2 $390,000 $355,000
Ignoring income tax considerations, prepare the appropriate journal entry, dated January 1, Year 3, to report this accounting change. (If no entry is required for a transaction/event, select "No journal entry required" in the first account field.)
Answer:
Explanation: times all the number together
Answer:
A. 36,000 units
B. 40,000 units
C. 32,800 units.
Explanation:
A. To calculate units transferred out we add beginning work in process to units transferred during the period and subtract the ending work in process units.
8,000 + 32,000 - 4,000 = 36,000
Units transferred out of process in June = 36,000
B. The equivalent units of production for materials will be ;
8,000 + 32,000 = 40,000.
C. The equivalent units of production for Conversion costs will be:
(8000 * 30%) + 32000 - (4000 * 40%) = 32,800.
yes or no?
Answer:
The Answer is gonna be Yes
b. This type of risk is inherent in a firmâs operations. A standard measure of the risk per unit of return. This can be used to reduce the stand-alone risk of an investment by combining it with other investments in a portfolio.
c. A standard measure of the risk per unit of return
d. This type of risk relates to fluctuations in exchange rates
Answer:
Foreign exchange risk
Explanation:
These are the risks that an international financial transaction could accrue because of fluctuations in the currency.
A standard measure of the risk per unit of return and this type of risk relates to fluctuations in exchange rates.
Therefore, according to the following descriptions, the type of risk or term being described is Foreign exchange risk.