Answer:
A)Market value
Explanation:
The market value ratios can be regarded as the financial metrics that are engaged in evaluation of worth of stocks of the companies that trade publicly. The ratio helps the investors to know if the price of prevailing market share is in sync along with the performance of the company. It should be noted that The ratio that measures how much an investor is willing to pay for a dollar of earnings is known as a market value ratio.
Answer:
c. 2.50 years
Explanation:
In the payback, we analyze in how many years the invested amount is recovered. The computation is shown below:
In year 0 = $500
In year 1 = $150
In year 2 = $200
In year 3 = $300
If we sum the first 2 year cash inflows than it would be $350
Now we deduct the $350 from the $500 , so the amount would be $150 as if we added the fourth year cash inflow so the total amount exceed to the initial investment. So, we deduct it
And, the next year cash inflow is $300
So, the payback period equal to
= 2 years + ($150 ÷ $300)
= 2.50 years
In 2.50 yeas, the invested amount is recovered.
Answer:
The best allocation base for assembling activities costs are the number of parts actually assembled.
Since the number of parts is not an option int his question, the second best allocation base for the assembling process is A) direct labor hours.
If the process is highly automated, then the second best allocation base would be machine hours, but that isn't an option either.
Answer:
The requirement of the question is as below:
How much must Alan deposit on January 1? (Round your final answer to the nearest whole dollar amount.)
What is the interest for the four years? (Round your final answer to the nearest whole dollar amount.)
Alan deposit on January 1 is $ 58,802.39
Interest for four years is $21,197.61
Explanation:
The first is asking for today's worth of the investment,which is the amount to be invested,this can be computed using the present value as shown below:
PV=FV*(1+r)^-n
PV is the present value
FV is the worth of the investment in 4 years from now which is $80,000
r is the rate of return of 8%
n is the number of years of investment which is 4 years
PV=$80,000*(1+8%)^-4
PV=$80,0008(1+0.08)^-4
PV=$80,000*(1.08)^-4
PV =$ 58,802.39
interest for four years=FV-PV
interest for four years=$80,000-$ 58,802.39
=$21,197.61
