It is called value factor. There are two kinds of value factor one is present value factor and second is future value factor. The business or anything in the business has their value on their own. The future value factor is used to calculate the future value of the amount per dollar of its present value. It is the amount greater than a dollar and you can see this on the table when you calculate the future value or FV. Present Value factor is based on the time and money when you borrow or it is the debt that can grow in the span of time.
Answer:
The answer is $53,732.
Explanation:
The value of the equipment reported on Libby Company's balance sheet is equal to:
Cash payment at purchase + Present value of 8 equal semiannual payment, $6,700 each discounted at 3% ( because semiannual payment is made for 4 years so we have 2 x4 = 8 payments; and annual borrowing rate is 6% so we have discount rate = 6% /2 = 3%).
with:
Cash payment at purchase = $6,700;
Present value of 8 equal semiannual payment, $6,700 each discounted at 3% = (6,700/3%) x ( 1 - 1.03^(-8) ) = $47,032 ( that is, apply the formula to find present value of annuity).
we have:
The value of the equipment reported on Libby Company's balance sheet = 6,700 + 47,032 = $53,732.
Answer:
Allowance for doubtful accounts $ 106106 using the aging method
Explanation:
<u>Evers Industries </u>
<u>Estimate of Allowance for Doubtful Accounts </u>
Balance Not Past Past Due (days)
Due (1-30) (31-60) (61-90) (Over 90)
Total
Receivables 1,124,500 607,400 233,000 121600 96500 66000
Percentage
<u>Uncollectible 1% 3% 12% 30% 75% </u>
Allowance for 6074 6990 14592 28950 49500
doubtful accounts 106106
<em>We multiply each percent with the amount given and then add them all to get the total which is $106106 based on aging method.</em>
Answer:
$13,640 Unfavorable
Explanation:
Data provided
Actual hours = 2,600
Standard hours = 6.0
Standard variable overhead rate = $12.40
The computation of variable overhead efficiency variance is shown below:-
Variable overhead efficiency variance = (Actual hours - Standard hours) × Standard rate
= (2,600 - (250 × 6.0)) × $12.40
= (2,600 - 1,500) × $12.40
= 1,100 × $12.40
= $13,640 Unfavorable
Therefore for computing variable overhead efficiency variance we simply applied the above formula.
