Answer: $12,113.14
Explanation:
Find out the future value of each payment 20 years from now then sum up the values.
Year 1:
= 250 * ( 1 + 15%)¹⁹
= $3,557.94
Year 2:
= 300 * ( 1 + 15%)¹⁸
= $3,712.636
Year 3:
= 450 * ( 1 + 15%)¹⁷
= $4,842.5688
Future value of all:
= 3,557.94 + 3,712.636 + 4,842.5688
= $12,113.14
Answer:
Feb 01
Allowance for doubtful accounts 6,800
Accounts receivable—Oakley Co. 900
Accounts receivable—Brookes Co. 5,900
Jun 05 Accounts receivable—Oakley Co. 900
Allowance for doubtful accounts 900
Jun 05 Cash 900
Accounts receivable—Oakley Co. 90
Explanation:
Answer: 4 years
Explanation:
First find the amount Rula borrowed from her hometown bank:
= Price of car - Down payment
= 15,000 - 2,000
= $13,000
The amount that Rula is to pay is an annuity. The loan is the present value of that annuity.
Present value of annuity = Annuity * Present value interest factor of annuity
13,000 = 4,280 * Present value interest factor of annuity
Present value interest factor of annuity = 13,000 / 4,280
= 3.0373
Use an annuity table to find out the year that 12% as a discount rate intersects with, such that the present value of interest factor of annuity is 3.0373.
That number is:
= 4 years
Answer:
Seller Janet delivers a disclosure statement to Buyer Amanda. Amanda reads it over and decides everything looks good enough to continue with the purchase. A few weeks later, a major hail storm damages the roof and now it leaks. The original disclosure is no longer accurate and the statement which is false:
- Amanda can require Janet to replace the roof.
Explanation:
- Amanda can not require Janet to replace the roof as it was not mentioned in the disclosure statement. The things she can ask the Janet to do are:
- Janet should amend the disclosure statement and deliver it to Amanda.
- Janet can correct the damage to the roof and tell Amanda nothing.
- Amanda can rescind the purchase agreement within three business days after she receives an amended disclosure.
Answer:
$48,000
Explanation:
The computation of ending inventory using average method is shown below
Total units = 200 + 400 + 100 = 700
Total cost = (200 × $140) + (400 × $160) + (100 × $200)
= $28,000 + $64,000 + $20,000
= $112,000
Average cost per unit = $112,000/700 = $160
Ending inventory = Total units - units sold
= 700 - 400
= 300
Therefore, cost of ending inventory = Ending inventory × Average cost per unit
= 300 units × $160
= $48,000
