Answer:
$48,000
Explanation:
The computation of the corporation debt is shown below:
Since the asset is increased by 20%
The present asset is $100,000
ANd, the increased assets is
= $100,000 + $100,000 × 0.20
= $100,000 + $20,000
= $120,000
Now the debt is
= $120,000 × 0.4
= $48,000
hence, the last option is correct
The reserve requirement when the federal reserve banks sell $40 million in government securities to commercial banks is $8 million.
<h3>How to calculate the reserve requirement?</h3>
From the information given, the the federal reserve banks sell $40 million in government securities to commercial banks and the reserve ratio is 20 percent.
Therefore, the reserve requirement will be:
= 20% × $40 million
= $8 million.
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Answer:
variable cost per unit = 46
fixed cost 188680
Explanation:
The high-low method consist in compare each frame to get the variable and fixed components
5440 high
2040 low
3400 difference
437920 high
281520 low
156400 difference
variable cost =15600/3400
variable cost = 46
the reasoning is that the additional 3400 units generated that cost.
Now:
we múltiple by the units by the production and get total variable
46 * 2040 = 93840 total variable
lastly total cost - total variable = fixed
281520 - 93840 = 188680
Answer:
$146.932,81
Explanation:
You have to calculate the number of years that you have to keep the bond to mature, the answer is 5 years that is the difference between the two dates, now you have to calculate with the interest compound formula the future value of the bond so you have to use the next formula:
Future value = amount of money *((1+ interest rate)^(n))
Where n correspond to the number of years
Note: The interest rate is 8% but is paid each 6 months, it's a reason why you have to multiply n plus 2.
n= 5* 2
n= 10
FV= 100.000*((1+8%)^(10))
FV = $215.892,50
According with the information the bond will pay $215.892,50
