Answer:
Explanation:
1. Jasper Company
Income Statement
Sales (280000 x $12) $3360000
<u>Less: Cost of goods sold</u>
Add: Direct Material $180000
Add: Direct Labor $505000
Add: Manufacturing Overhead <u>$110000</u>
Cost of goods sold <u>($795000)</u>
Gross Profit $ 2565000
<u>Less: Expenses</u>
Selling expense $437000
Administrative expense <u>$854000</u>
Total expenses <u>($1291000)</u>
Net income <u> $1274000</u>
Percentage of sales for each line item
Sales = 100%
Cost of goods sold: 
x 100= 23.7%
Selling expense : 
x 100 = 13%
Administrative expense: 
x 100 = 25.4 %
2. According to the income statement in requirement 1, the manager can control cost by outsourcing the product if it is cheaper to get it from a third party in order to cut/control cost of goods sold.
Manager can also try controlling the administrative expenses as they are taking a bigger proportion than any other cost/ expense.
Answer: A. I and IV only
Explanation:
The relationship between bond prices and interest is an inverse one. This is because bonds have fixed rates so when for instance interest rates increase, the fixed rate of bonds will become less attractive as people would want to make the higher interest. They will therefore demand less of bonds and the prices will drop. The reverse is true.
Also, long term bonds are more affected by interest rate changes then short term bonds. This is because, as they have a longer term till maturity, they will be even less attractive when interest rates rise.
Answer:
$479,500
Explanation:
To determine the interest due for the first payment we can solve the following:
interest due on payment 1 = total debt x interest rate x 1/12 = $480,000 x 10% x 1/12 = $4,000
Now we need to subtract the interest due from the first payment:
principal paid = payment - interest due = $4,500 - $4,000 = $500
remaining principal = $480,000 - $500 = $479,500
Answer:
See Below
Explanation:
This is a problem of compound interest. The formula is:
Where
F is the future value
P is the present value
r is the rate of interest
t is the time in years
P = 13,000
To double his money, that means, F = 26,000
a)
Now, r = 9% = 0.09, so time it takes:
So, its gonna take about 8.04 years to double
b)
Similarly, here we just use r = 0.06, so the calculation is:
So, its gonna take about 11.9 years to double
c)
Here, the r is 11% or 0.11
So, the time it will take:
So, it is going to take about 6.6 years to double
d)
The amount of time it takes to double his money decreases as the interest rate increases and the time increases as interest rate decreases.
