Answer:
b. changes in the same direction and in direct proportion to changes in operating activity.
Explanation:
Variable costs rise whenever production increases and falls whenever it decreases. This relationship shows that variable cost is a direct function of production volume. Examples are labor, packaging, raw materials, as these are utilized in a company's manufacturing process.
They are different from fixed costs as the latter remain the same irrespective of the volume of production your business generates. Fixed costs are also predetermined ,hence remain the same throughout a specific period.
Answer: B. 1023, 1500, 2000}
Explanation:
The Optimal solution should contain the set of quantities that would require the lowest no. of orders to achieve a discount in a class.
1,023 is quite close to the lowest amount required of 1,000 in the 1,000 to 1,499 range.
So are 1,500 and 2,000.
Option D can also work but it has too many order quantities and will inflate the price.
The Optimal Solution therefore has to be from this option.
What is this dealing with exactly?
Answer: $65,075.85
Explanation:
Given that the cash flow should be constant, it will be an annuity.
The initial investment will be the present value of this annuity.
Present value of annuity = Annuity * ( 1 - (1 + rate)^-number of periods) / rate
460,100 = Annuity * ( 1 - (1 + 8.2%) ⁻¹¹) / 8.2%
460,100 = Annuity * 7.070211525
Annuity = 460,100 / 7.070211525
= $65,075.85
Answer:
The company's net sales for this period equal to $76,592
Explanation:
First we need to calculate the total sales using the following formula
Total Sales = Cash Sales + Credit sales
Where
Cash Sales = $49,527
Credit sales = $38,540
Placing values in the formula
Total Sales = $49,527 + $38,540
Total Sales = $88,067
Now use the following formula to calculate the net sales
Net Sales = Total Sales - Sales returns and allowances - Sales discount
Where
Total Sales = $88,067
Sales returns and allowances = $7,100
Sales discount = $4,375
Placing values in the formula
Net Sales = $88,067 - $7,100 - $4,375
Net Sales = $76,592