Answer:
0.34
Explanation:
Calculation to determine what The manufacturing cycle efficiency (MCE) was closest to:
First step is to calculate the Throughput time using this formula
Throughput time = Process time + inspection time + move time + queue time
Let plug in the formula
Throughput time=6.1+1.5+4.1+6.2
Throughput time=17.9
Now let calculate the MEC using this formula
MEC = process time / throughput time
Let plug in the formula
MEC=6.1/17.9
MEC =0.34
Therefore The manufacturing cycle efficiency (MCE) was closest to:0.34
Answer:
The expected price after 1 year would be$55.5
Explanation:
According to the given data,
Price of the stock (Po) = $50
Dividend after 1year (D1) = $2
Equity cost of capital (KE) =15%
The formula for calculating the price after 1 year i.e.,(P1 ) is
Po = (D1 + P1 )/ 1+KE $50= ($2 + P1) / (1+0.15)
P1 = [$50(1.15)] - $2 = $55.5
Answer: The higher the principal, the higher the total cost of the loan
Explanation:
From the chart shown we can see that the loan with a higher principal has a higher total cost than the loan with the smaller principal.
This happens because the interest rate attached affects larger figures more than smaller ones. 6.47% of $6,000 is $389 which is larger than 6.47% of $5,000 which is $324 (calculating the cost of a loan is more cumbersome than this but this shows the effect as well).
When compounded overtime, this difference will be even more and thus shows that larger principals cause larger total costs.
Answer:
$184,068.70
Explanation:
Given that
Annual payments = $31,000
Discount rate = 12%
Time period = 11 years
The computation of the present value is shown below:
= Annual payments × PVIFA factor for 11 years at 12%
= $31,000 × 5.9377
= $184,068.70
Simply we multiplied the annual payments with the PVIFA factor so that the present value could arrive
Refer to the PVIFA table
