Answer:
Long-term investments.
Explanation:
Capital budgeting can be regarded as process that is been utilized by business in determining the type proposed fixed asset purchases that need to be declined or should be accepted. This process helps in creating quantitative view as regards the proposed fixed asset investment, so that rational basis to make make a judgment can be surfaced. It should be noted that Capital budgeting is the process of analyzing Long-term investments.
Answer:
C. Less than the variance of each asset, except when the two assets are perfectly positively correlated.
Explanation:
In diversification, there is the less risk in the portfolio that can be determined by the standard deviation. Also the risk can decrease at the time when the asset is lower than the perfect correlation and the same should be place in portfolio. Now if the asset along perfect positive correlation place in the portfolio so the the portfolio risk could be large than the risk of the individuals assets
Answer:
On October 01, 2017
The amount actually borrowed that is $ 701,000 will be recorded as liability/note payable on october 01, 2017. The following accounting entry will be passed
Debit Cash Asset $ 701,000
Credit Note payable $ 701,000
Interest recognized from October 1 to December 31, 2017
The premium amount paid on redemption will be recorded as interest over the period of time. The interest amount is
Interest = 721,000 -701,000 = $ 20,000
So this above calculated expense will be recognized as an expense over loan period.
A: The four types of economic utility are form, time, place and possession. "Utility" in this context refers to the value, or usefulness, that a purchaser receives in return for exchanging his money for a company's goods or services.
Answer:
The present value of the machine is $35499
Explanation:
The annual amount or annuity amount = $4010 per year.
Total number of years = 13 years
Here, the interest rate is not given so we just assume the interest rate = 6% per annum.
Since we have a total number of years and annual payment that occurs for 13 years. We are required to find the present value of the machine. So use the formula to find the present value of the annuity.
The present value of machine = (Annuity amount x (1 – (1+r)^-n) ) / r
The present value of machine = (4010(1 – (1+6%)^-13) ) / 6%
The present value of machine = $35499
