Answer: Setup time is dependent on the number of units subsequently produced.
Explanation:
It should be noted that a setup is a required activity and a set of activities. A setup time is also referred to as the changeover time.
The statement that "Setup time is dependent on the number of units subsequently produced" is false. The setup time refers to the interval that is needed to adjust the machine settings in order to make it ready to process a job. The setup time isn't dependent on the number of units that's subsequently manufactured.
Answer:
a. Payment of interest on notes payable - Operating Activity
b. Exchange of land for patent - Non Cash investing activity
c. Sale of building at book value - Investing Activity
d. Payment of dividends - Financing Activity
e. Depreciation - Operating Activity
f. Receipt of interest on notes receivable - Operating Activity
g. Issuance of Capital Stock - Financing Activity
h. Amortization of patent - Operating Activity
i. Issuance of bonds for land - Non Cash investing activity
j. Purchase of land - Investing Activity
Answer:
c. a difference in the subject matters of operas X and Y
Explanation:
All factors could directly explain the fact that opera Y generated far greater net profits that did opera X except for this one. Although the subject matter might have some impact on sales, it could not do so in a direct way. It could only do so if we take other factors into account, such as the cost of producing a particular opera or the interest that people have on an opera (which results in greater or lesser ticket sales).
Answer:
Equivalent annual cost method
Explanation:
Equivalent annual cost method is a method used to choose between two projects with an unequal life span
The decision rule is to choose the product with the higher Equivalent annual cost
Equivalent annual cost method is better for making this decision because if net present value is used, the project with the higher useful life would be chosen. this does not mean it is more profitable
Answer:
Present Value= $15,874.25
Explanation:
Giving the following information:
Assume the real rate of interest is 3.00% and the inflation rate is 6.00%. What is the value today of receiving 14,488.00 in 13.00 years?
<u>This is a rare case where the interest rate is negative:</u>
Interest rate= 0.03 - 0.06= -0.03
Having said this, the present value is higher than the final value:
PV= FV/ (1+i)^n
PV= 14,488/ 0.97^3= $15,874.25
