Answer:
Gore is not required to make any accounting adjustments
Explanation:
Gore won't be required to make any accounting adjustments because the litigation loss is already $2,000,000 leading to him recording a liability in his account in which
$5 million in legitimate warranty claims were as well filed by his customers which is why he won't be making any further Accounting adjustment in 2021.
Answer:
Sharpen Ratio = <u> Rp - Rf</u>
standard deviation of portfolio
= <u>13.8% - 3.6%</u>
173.11%
= 0.05892
= 0.059
workings
Return of portfolio = Ra*wa + Rb*Wb
= 15%*0.6 + 12%*0.4
= 9% + 4.8% = 13.8%
Standard deviation of portfolio = square root of variance
= √ stdA²wa² + stadB²wb² + 2wawbcorrAB
= √(24%*0.6)² +(14%*0.4)² + 2*0.6*0.4*1.27
= √207.36% + 31.36% + 0.6096
= √2.9968
= 1.73
= 173.11%
Explanation:
Answer: B. It may help a firm achieve experience curve and location economies
Explanation: Exporting is defined as the act of conveying or sending commodities abroad or to another country, in the course of commerce. Exporting provides a distinct advantage to firms in that it helps them achieve experience curve (which posits that the more experience a business has in the production of product, the lower its costs in producing the product) and location economies (the production of a good or product under the most optimum settings that confers an added advantage in cost of productions over their competitors).
Answer:
Accounts payable would be 20.42% of the balance sheet , when preparing a vertical analysis.
Explanation:
In the question it is told that Ginger bread is doing a vertical analysis, where when we have to calculate the percentage of certain item of the balance sheet , we will use formula -
( Balance sheet item / Total liability ) x 100
Given information - Accounts payable = $245,000
Total liabilities = $1200,000
Putting these values in formula -
= $245,000 / $1200,000 X 100
= .20416 X 100
= 20.416
= 20.42% ( APPROXIMATELY )
Answer:
The correct answer is C.
Explanation:
Giving the following information:
A local magazine is offering a $2,500 grand prize to one lucky winner. The prize will be paid in four annual payments of $625 each, starting one year after the drawing. The interest rate is 9%.
First, we find the final value:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
FV= {625*[1.09^4-1]/0.09
FV= 2,858.21
PV= FV/(1+i)^n
PV= 2,858.21/1.09^4= 2,024.83
