Answer:
Cost of goods sold = $8,800
Explanation:
<em>The cost of goods is represents amount incurred to make available what has been sold. It is computed as follows:</em>
<em>Cost of goods sold = opening stock + purchases - closing inventory</em>
It is useful to determine the cost of goods so as to calculate the gross profit margin. The gross profit is the sales revenue less cost of goods sold.
So we can compute same for the sporting equipment store as follows:
Cost of goods sold = 3,800 + 7,800 - 2,800
= $8,800
Cost of goods sold = $8,800
Answer:
Nominal GDP in year 1 = $16
Nominal GDP in year 2 = $25
Nominal GDP in year 3 = $36
Explanation:
Gross domestic product is the total sum of final goods and services produced in an economy within a given period which is usually a year
GDP calculated using the expenditure approach = Consumption spending by households + Investment spending by businesses + Government spending + Net export
Net export = exports – imports
Nominal GDP is GDP calculated using current year prices
Nominal GDP in year 1 = 4 x $4 = $16
Nominal GDP in year 2 = 5 x $5 = $25
Nominal GDP in year 3 = 6 x $6 = $36
Answer:
32.44 days
Explanation:
The computation of the average collection period is shown below:
But before that we have to determine the account receivable turnover ratio
So, the account receivable turnover ratio is
= (net sales) ÷ (average of account receivables)
= $25,875 ÷ ($2,400 + $2,200) ÷ 2
= $25,875 ÷ $2,300
= 11.25 times
Now the average collection period is
= Total no of days in a year ÷ account receivable turnover ratio
= 365 ÷ 11.25
= 32.44 days
We assume that the no of days that should be considered is 365 days
Had to look for the options and here is my answer:
Since Amber was assigned by her academic adviser some academic goals, how these goals could be accomplished is by writing or noting down her goals. This way, she will have a guide on what to do first and the task will do done smoothly.
Answer:
$1.07
Explanation:
The marginal cost measures the change in total cost of adding on more worker divided by the change in product for this additional worker (marginal product of labor). When adding one more worker, costs will increase by $80 (wage rate), while product will increase by 75. Therefore, the marginal cost is:
The marginal cost is $1.07.
