Answer:
C) 4.2 years
Explanation:
The computation of the payback period is as follows;
As we know that
Payback Period = Initial cost ÷ Annual net cash flow
Here
Initial cost = $278000
Annual net cash flow = Incremental after tax + Depreciation per year
where,
Depreciation per year = (Original cost - Salvage value) ÷ Estimated Life
= ($278,000 - $30,000) ÷ 8 years
= $31,000
Annual net cash flow is
= $35000 + $31000
= $66000
So,
Payback Period is
= $278000 ÷ $66000
= 4.2 Years
Answer:
$35,860
Explanation:
The computation of the ending inventory using the retail inventory method is shown below
Particulars Cost Retail
Opening Inventory(A) $63,800 $128,400
Purchases(B) $115,060 $196,800
Goods available
C=(A-B) $178,860 $325,200
Cost ratio
($178,860 ÷ $325,200 × 100) 55%
Sales at retail (D) $260,000
End, Inventory at Retail $65,200
($325,200 - $260,000)
End, Inventory at Cost $35,860
($65,200 × 55%)
Answer:
She should invest $300,000 in Project A, and $200,000 in Project B.
Explanation:
Solution
Since Project B yields a higher return, she should invest as much money as possible in it, which is 40% of the total investment or
or (0.40)($500,000) = $200,000
so
The remaining $500,000 - $200,000 = $300,000 should be invested in Project A.
Therefore, she should invest $300,000 in Project A, and $200,000 in Project B.
Since the purpose is put the money aside that anytime you can get it and spend it on anything you want to buy, the best answer from the choices is "HOLD IT AS A MONEY".
You can choice U.S treasury fund because only after 10 years you can get the money with fixed interest.
Answer:
The linear communication model explains the process of one-way communication, whereby a sender transmits a message and a receiver absorbs it. It's a straightforward communication model that's used across businesses to assist with customer communication-driven activities such as marketing, sales and PR.
Explanation:
