Answer: $35,000
Explanation:
A casualty loss is simply a loss that an individual or business incurs when a property is damaged, or destroyed due to an unexpected or sudden event like fire, volcanic eruption, flood etc.
Here, Steve's casualty loss will be gotten when we compare both his adjusted basis and the fair market value and then we choose the lesser one. Since $35000 is lesser than $50000, therefore the answer will be $35000.
B. Employers are willing to pay more for those skills.
<span>Purchases that have substantial sociale or economic consequences represent high-involvement purchase decisions because they require a deep scrutiny phase where positive consequences are compared with negative ones to understand if benefits outweigh losses and are desirable for society.</span>
Answer:
Net present value = $2063.1922
Explanation:
given data
initially costs = $40,500
cash flows = $34,500
final cash inflow = $12,000
required rate of return = 18.5 percent
solution
The cash flows is
Year 0 = $40500
Year 1 = $0
Year 2 = $0
Year 3 = $34500
Year 4 = $34500
Year 5 = $0
Year 6 = $12000
so Net present value will be express as
Net present value = -Initial cash outflow + Present value of future cash flows ...............1
Present value of future cash flows = (cash flow in year n) ÷ (1 + required rate of return)^t ..........................2
put here value we get
Present value = 
Present value = $42563.1922
Net present value= -$40500 + $42563.1922
Net present value = $2063.1922
Answer:
A. $192,000
Explanation:
The computation of the labor related overhead cost is shown below:
= (Labor related overhead cost) ÷ (Total direct labor hours) × direct labor hours of X
= ($480,000) ÷ (16,000 hours + 24,000 hours) × 16,000 hours
= $192,000
hence, the correct option is A.
