Answer:
B : $70,000
Explanation:
The formula and the computation of the annual rate of return is shown below:
= Annual net income ÷ average investment
where,
Annual net income is XXXXX
And, the average investment would be
= (Original investment required + salvage value) ÷ 2
= (120,000 + $20,000) ÷ 2
= $140,000 ÷ 2
= $70,000
By placing these values we can easily compute the annual rate of return
Answer:
The answer is below.
Explanation:
Most likely to do:
"Ask your store Manager if you can hold the markdown price for them so they can get it for the same price when it is back in store."
Doing the above will ensure you retain the customer's trust, and while you didn't direct your customer to a competitor, which is detrimental.
Least Likely to do:
"Offer to provide the address and phone number for the nearest store, and explain that stores get frequent shipments with new items."
Doing the above is detrimental to your store, as you will be sending your customers to a direct competitor.
Answer: The supervisor should compare the register transactions with the cash receipts report to make sure that both are correct.
Explanation:
The cash register shows the actual amount of money that is collected by the business during the day and the cash receipts journal records the cash collected.
There is therefore a need to ensure that these two tally up as a control method. The supervisors should therefore check for this and if they find that these two are not the same, it means that there is an error somewhere that needs to be rectified.
Answer:
Monthly payment = $469.701
Explanation:
<em>Loan Amortization: A loan repayment method structured such that a series of equal periodic installments will be paid for certain number of periods to offset both the loan principal amount and the accrued interest. </em>
The monthly equal installment is calculated as follows:
Monthly equal installment= Loan amount/Monthly annuity factor
Loan amount = 20,000
Monthly annuity factor =
=( 1-(1+r)^(-n))/r
r- Monthly interest rate (r)
= 6/12= 0.5%
n- Number of months ( n) = 20 × 4 = 48
Annuity factor
= ( 1- (1.005)^(-48)/0.005= 42.5803
Monthly installment= 20,000 /42.5803 = $469.701
Monthly installment = $469.701
Monthly payment = $469.701
