Answer:
2 times
Explanation:
The computation of accounts receivable turnover is shown below:-
Account receivable turnover ratio = Net credit sales ÷ Average accounts receivable
where,
Net credit sales is $1,000,000
And, the Average accounts receivable is
= (Accounts receivable, beginning of year + Accounts receivable, end of year) ÷ 2
= ( $700,000 + $300,000) ÷ 2
= $500,000
Accounts receivable turnover = Net sales ÷ Average accounts receivable
= $1,000,000 ÷ $500,000
= 2 times
Answer:
the expected return from the investment is higher than that of those investments whose standard deviation is greater than zero.
Explanation:
As for the coefficient of variation which clearly defines the difference in values from the mean value in the data set.
It clearly defines as standard deviation/mean.
Where standard deviation is 0 the coefficient will also be 0 which shall represent the risk associated with it.
The least the coefficient of variation the least the risk with maximum return.
Thus, the correct statement will be concluding that the expected return from this investment will be higher than the returns from the project in which standard deviation is more than 0.
Answer: Paper Forms
Reason: Process of Elimination and Educated Guess (Also, I just learned this)
Answer:
Overhead costs are assigned to production using an overhead application rate, whereas no such "application rate" is used to assign the costs of direct materials and direct labor to production. The reason for this difference in procedures is that:
Overhead is an indirect cost which cannot be traced easily and directly to specific units of product.
Explanation:
Manufacturing overhead costs are not direct costs. They are not generally traceable to units of products. They include such indirect costs as Depreciation Expense, Property Taxes, Indirect Labor, Indirect Materials, etc. No unit of product can be ascribed such costs except as an approximation.
