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Karo-lina-s [1.5K]
3 years ago
10

Brinker accepts all major bank credit cards, including First Savings Bank's, which assesses a 4.5% charge on sales for using its

card. On May 26, Brinker had $5,000 in First Savings Bank Card credit sales. What entry should Brinker make on May 26 to record the deposit
A)On July 9, Mifflin Company receives a $8,900, 90-day, 12% note from customer Payton Summers as payment on account. Compute the amount due at maturity for the note. (Use 360 days a year.)
B)On November 1, Orpheum Company accepted a $11,300, 90-day, 12% note from a customer to settle an account. What entry should be made on the November 1 to record the note acceptance
C)Jervis sells $2,700 of its accounts receivable to Northern Bank in order to obtain necessary cash. Northern Bank charges a 4% factoring fee. What entry should Jervis make to record the transaction
D) Craigmont uses the allowance method to account for uncollectible accounts. Its year-end unadjusted trial balance shows Accounts Receivable of $142,500, allowance for doubtful accounts of $1,045 (credit) and sales of $1,115,000. If uncollectible accounts are estimated to be 8% of accounts receivable, what is the amount of the bad debts expense adjusting entry?
E) On February 1, a customer's account balance of $4,200 was deemed to be uncollectible. What entry should be recorded on February 1 to record the write-off assuming the company uses the allowance method
F) On December 31 of the current year, the unadjusted trial balance of a company using the percent of receivables method to estimate bad debt included the following: Accounts Receivable, debit balance of $98,100; Allowance for Doubtful Accounts, credit balance of $1,051. What amount should be debited to Bad Debts Expense, assuming 4% of outstanding accounts receivable at the end of the current year are estimated to be uncollectible
Business
1 answer:
Natali [406]3 years ago
4 0

Answer:

Dr Cash $4,775

Dr Credit Card Expense 225

Cr Credit Sales 5,000

Explanation:

5,000 x 4.5% = $225 credit card expense

5,000 - 225 = $4,775 debit to cash

Dr Cash $4,775

Dr Credit Card Expense 225

Cr Credit Sales 5,000

A) $8,900 * (90/360) * (12/100) = $267

= $8,900 + $267

= $9,167

B) Dr Note Receivable $11,300;

Cr Accounts Receivable $11,300.

C) Dr cash $2,592;

    Dr factoring fee expense $108;

    Cr Accounts receivable $2,700

D)  $142,500 x 8/100 = 11,400.00

= $11,400.00 + $1,045

= $12,445.00

E) Dr Allowance for doubtful debt - $4,200

   Cr Account Receivable - $4,200

F)  $98,100 x 4/100 = $3,924.00

 = $3,924.00 - $1,051

= $2,873.00

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Assoli18 [71]

Answer:

The correct answer is 4.33%(approx)

Explanation:

According to the scenario, the given data are as follows:\

Face value = $1,000

Market price = $1,278.41

Coupon Rate = 11%

So Coupon Payment = $110

Years to maturity = 10 years

So, we can calculate the after tax cost of debt by using following method:

After Tax Cost of Debt = YTM × ( 1 - Rate of Tax)

Where, YTM = \frac{C + \frac{F - P}{T} }{\frac{F + P}{2} }

So, by putting the following value, we get

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6 0
3 years ago
You plan to retire in 19 years. At the point of retirement, you want to be able to withdraw 32,877 at the end of each year forev
xz_007 [3.2K]

Since no any further contributions will be made to the retirement fund, the amount you need today is $172,014.

<h3>Calculation of Present Value and Present Value of a Perpetuity</h3>

The first step is to calculate the present value (PV) of the contribution at the point of retirement in 19 years using the formula for calculating the present value (PV) of perpetuity as follows:

PV in 19 years = CF / R ............................................. (1)

Where;

PV in 19 years = Present value (PV) of the contribution at the point of retirement in 19 years = ?

CF = Cash flow or yearly expected withdrawal = $32,877

R = Rate of return after retirement = 5.02%, or 0.0502

Substituting the values into equation (1), we have:

PV in 19 years = $32,877 / 0.0502 = $654,920.3187251

The amount you need today can be calculated using the present value formula as follows:

PV = FV / (1 + r)^n ……………………………………………. (2)

Where;

PV = Present value or the amount you need today = ?

FV = Future value or PV in 19 years = $654,920.3187251

r = rate of return prior to retirement = 7.29%, or 0.0729

n = number of years = 19

Substituting the values into equation (2), we have:

PV = $654,920.3187251 / (1 + 0.0729)^19 = $654,920.3187251 / 3.80737505803714 =  $172,013.607470218

Rounding to the nearest dollar, we have:

PV = $172,014

Therefore, the amount you need today is $172,014.

Learn more about present value here: brainly.com/question/17322936.

3 0
2 years ago
An investment offers a total return of 11 percent over the coming year. Alex Hamilton thinks the total real return on this inves
Ahat [919]

Answer:

2.87%.

Explanation:

The total return, also refer to as Nominal return or Money return, is based on the nominal interest rate. For example, let's say that you deposited $100 into a bank account and the bank offers you an annual return of 11%. This 11% is the stated interest rate, it is known as nominal interest rate, and it is rate before taking into account the effect of inflation. When we deduct the effect of inflation from nominal rate, it gives us the real rate. Real rate reflects the Purchasing Power. The Fisher equation will be used to determine the expected inflation rate. The Fisher equation is as follows:

                                            (1 + i ) = (1 + r) * (1 + h)

where

i = Nominal (Money) rate

r = Real rate

h = Inflation rate

Simply adjust the equation to calculate the inflation rate;

⇒ h = [(1 + i) / (1 + r)] - 1

OR h = [(1 + .11) / (1 + .079)] - 1 = 2.87%.

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Answer:

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