Based on the amount it would cost to build the machine and the interest rate as well as the payoff, the following are true:
a. The machine will take a year to build which means the payoff will only start coming in next year.
First find the present value of the perpetuity:
= 70 / 5%
= $1,400
You then need to find the present value of the above in the current period:
= 1,400 / ( 1 + 5%)
= $1,333
NPV is:
= 1,333 - 1,000 cost
= $333
B. If the amount produced increases by 1%, you should use the Gordon Growth Model:
<em>= Next payoff / ( Interest - Growth)</em>
=70/ ( 5% - 1%)
= $1,750
Take this to current year:
= 1,750 / 1.05
= $1,667
NPV will be:
= 1,667 - 1,000
= $667
Find out more about NPV at brainly.com/question/7254007.
Answer:
c. $18, 750
Explanation:
The computation of the amount of interest expense i.e. accrued is shown below:
= Issued amount × yield on the bonds × given months ÷ total number of months in a year
= $562,500 × 10% × 4 months ÷ 12 months
= $18,750
The 4 months is calculated from July 1 to October 31
Hence, the correct option is c. $18,750
Answer: 15%
Explanation:
IRR is the discount rate that makes the NPV equal zero. Required rates of return that are less than the IRR will therefore result in a positive NPV and those that are higher will result in a negative NPV.
Use Excel to find the IRR.
= IRR(-328325,115000,115000,115000,115000)
= 15%
As the required rate of 13% is less than the IRR of 15%, the new machine will have a positive NPV.
Answer:
The answer is marketing.
Explanation:
Marketing is commonly defined as efforts to buy, advertise, distribute, and sell a product or service.
It is clear from the description in the question that Daniel works in the department since he is responsible to market Striking Apparel’s new products based on the target shoppers through social media and email marketing efforts such as sending out promotional emails and messages.
Answer:
i think the answer is intruments with different matuirties are perfect subtitute. i'm not sure but i think this is the answer.
Explanation:
