The current value of the mortgage will be given by:
A=P(1+r/100)^n
where:
P=$150,000
r=5%
n=16 years
therefore:
A=150000(1+5/100)^16
A=150000(1.05)^16
A=$201,014.35
If He wants to pay off his mortgage now, he needs $201,014.35
Answer:
$319,000
Explanation:
The computation of the liability is shown below:
= Total expenses in three year - actual warranty expenditure
where,
Total expenses in three years = Total sales × total percentage of sales
= $6,200,000 × 9%
= $558,000
And, the actual warranty expenditure is $239,000
Now put these values to the above formula
So, the value would equal to
= $558,000 - $239,000
= $319,000
The key source of the development requests likely to be generated to Information system managers. Therefore the correct option is (D).
<h3>What is Information System Management? </h3>
The Information system of Management refers to the management of the data, facts, figures or information of the system in the computer by the organizations.
According to the above scenario, The system development team is focusing on the adopting the operating environment system which is adopted by the Information system managers
Therefore the correct option is (D).
Learn more about Information system managers here:
brainly.com/question/14688347
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Answer:
The marginal rate of technical substitution will remain constant.
Explanation:
The marginal rate of technical substitution is the rate at which an input is substituted for others. For instance, it is the rate at which the amount of labor should be decreased to increase the amount of capital.
It represents the slope of an isoquant. When the inputs are perfectly substitutable, the isoquant is a straight line. In this situation, the marginal rate of technical substitution remains the same at all the points of the isoquants. The MRTS remains constant, though further information is needed to find out if it is high or low.
Answer:
Total sum at te end of 6 years=$ 73,138.97
Explanation:
<em>The total sum in Lee's account at the end of year would be determined as follows:</em>
FV= A × (1+r)^n
FV- Future sum?,
A- deposit amount ,
r- interest rate - 9%/2 = 4.5% per 6 months
n- number of years is 6
First deposit for 6 years
FV = 15,000× 1.045^(2×6)
= $25,438.22
Last 40,000 for 2 years
FV = 40,000 1.045^(2×2)
=47,700.74403
Total sum at the end of 6 years
= $25,438.22 + $47,700.74
=$ 73,138.97
