Answer:
X = 32
Y = 96
Explanation:
Z = 5%
Z = (0.04X + 0.08Y) / (X + Y)
we can substitute Z:
0.05 = (0.04X + 0.08Y) / (X + Y)
0.05 (X + Y) = 0.04X + 0.08Y
0.05X + 0.05Y = 0.04X + 0.08Y
0.01X = 0.03Y
X = 0.03Y / 0.01 = 3Y
This means that we must choose one value for Y that divided by 3 equals another option:
the only possibility that fits the equation is:
Answer:
The correct option is B,only if it is in writing.
Explanation:
Such promise is not enforceable since one of key elements of enforceable agreement(contract) is missing.
The missing element is that Abner is not getting anything of value in return for the promise to pay for Claudia's trumpet.
The only way to get Abner to fulfill the promise in law parlance is get the promise documented as well as signed by Abner,that can be used as an evidence against Abner in future in order to ensure the promise is fulfilled.
Answer:
$ 464,120
Explanation:
Calculation to determine what The amount of manufacturing overhead that would have been applied to all jobs during the period is closest to:
Estimated overhead Rate = ( Estimated Fixed Manufacturing Overhead) / (Estimated Machine Hours )
Estimated overhead Rate = $ 492,000 / 30,000 hours
Estimated overhead Rate = $ 16.4 / hr
Total amount of overhead =Overhead Rate × Actual total machine-hours
Total amount of overhead = $ 16.4 / hr × 28,300 hours
Total amount of overhead= $ 464,120
Therefore The amount of manufacturing overhead that would have been applied to all jobs during the period is closest to:$ 464,120
Answer:
Present Value 5,715,331.32
We are going to accept the project only if the initial investment is at 5,715,331 or below in order to achieve the return to support the cost of capital structure of the company
Accepting a project with a higher cost will not generate enought cashflow to sustain the patyment of debt and the return expected from the stockholders therefore, will generate a economic result and investor will leave the company for other which can sustain their desired return.
Explanation:
We are going to discount the yearly cash-flow at the given rate of 12.50%
then, the terminal value which is the present value of the future period will also be discounted at this rate.
The sum of all this will be the present value of the firm.
![\left[\begin{array}{ccc}$Year&$Cash Flow&$Discounted\\1&575000&511111.11\\2&625000&493827.16\\3&650000&456515.77\\4&725000&452613.93\\5&850000&471689.61\\$terminal&6000000&3329573.74\\Present&Value&5715331.32\\\end{array}\right]](https://tex.z-dn.net/?f=%5Cleft%5B%5Cbegin%7Barray%7D%7Bccc%7D%24Year%26%24Cash%20Flow%26%24Discounted%5C%5C1%26575000%26511111.11%5C%5C2%26625000%26493827.16%5C%5C3%26650000%26456515.77%5C%5C4%26725000%26452613.93%5C%5C5%26850000%26471689.61%5C%5C%24terminal%266000000%263329573.74%5C%5CPresent%26Value%265715331.32%5C%5C%5Cend%7Barray%7D%5Cright%5D)
The formula we use the present value of a lump sum:
We are going to accept the project only if the initial investment is at 5,715,331 or below in order to achieve the return to support the cost of capital estructure of the company
