Answer: 57,550 units
Explanation:
When using the weighted average method, the units completed and transferred out are assumed to include the opening inventory.
The weighted average equivalent units are therefore:
= Units completed and transferred out + Equivalent ending units
= 57,000 + (10% * 5,500)
= 57,000 + 550
= 57,550 units
The future amount of an investment with compound interest can be calculated through the equation,
F = P x (1 + ieff)^n
where F is the future amount, P is the current value of the money, ieff is the effective interest (rate per year), and n is the number of years.
From the equation, all are given except for the effective interest, i. Now, substituting the known values,
14,398.87 = (7,775) x (1 + ieff)^14
The value of ieff from the equation is 0.044999.
Since the value of the ieff when translated to percentage is equal to 4.5% as well, the interest rate is compounded yearly.
Answer:
d. If the WACC is 9%, Project B's NPV will be higher than Project A's.
Explanation:
The internal rate of return is the return in which the NPV is zero i.e cash inflows equal to the initial investment
While the WACC refers to the cost of capital by considering the capital structure i.e cost of equity, cost of preferred stock and cost of debt by taking their weightage
Now if the WACC is 9% so project B NPV would be higher as compared to project A as we can see that project B IRR is greater than the project A IRR
Therefore option d is correct
Answer:
The best transfer price to avoid transfer price problems is $2,310
Explanation:
Transfer Price = Variable cost + Fixed Fee
Variable Cost = Direct Material + Direct labor + Variable Overhead
= 600 + 1,200 + 300
= 2,100
Transfer Price = Variable cost + Fixed Fee
= 2,100 + 210
= $2,310
Therefore, The best transfer price to avoid transfer price problems is $2,310
