Answer: $3,025
Explanation:
The Net Working Capital is used to find out if the company is able to use its current assets to cater for it's Current Liabilities and as such is calculated by subtracting Current Assets from Current Liabilities.
= Current Assets - Current Liabilities
Current Liabilities = 975 + 250
= $1,225
The interest bearing funds are not included when Calculating Net Working Cap.
Net Working Capital = 4,250 - 1,225
= $3,025
Answer:
See below
Explanation:
Given that;
Price per unit = $20
Direct labor cost = $2
Direct material cost = $5
Overhead cost = $1
Fixed overhead allocation= $5 per direct labor cost = $5 × $2 = $10
Total expenses = $2 + $5 + $1 + $10 = $18
Therefore , profit margin
= Price per unit - Total expenses
= $20 - $18
= $2
Answer:
f(x) approaches infinity as x approaches infinity
Explanation:
Given

Required
The end behavior of the graph
We have:

The above expression implies that:

The leading coefficient is 3 (3 is positive)
And the degree of the polynomial is 6 (6 is even)
When the leading coefficient is positive and the degree is even; the end behavior of the function is:


Answer:
The company's margin of safety in dollars is $1,640,000 .
Explanation:
Margin of Safety is the amount in units or dollars by which sales may fall before a Company starts making a loss.
The first step is to calculate break even point in dollar sales.
Break even point in dollar sales = Fixed Costs / Contribution Margin Ratio
Where,
Fixed Costs = Contribution margin - Operating Income
= $560,000 - $410,000
= $150,000
Contribution Margin Ratio = Contribution margin ÷ Sales revenue
= $560,000 ÷ $2,240,000
= 0.25
Thus,
Break even point in dollar sales = $150,000 / 0.25
= $600,000
Margin of Safety = Expect Sales - Break Even Sales
= $2,240,000 - $600,000
= $1,640,000
This problem is actually under the subject of Mathematics, particularly, Algebra. For work problems, you can use a convenient technique of dimensional analysis. This is done by multiplying units of measurement, then cancelling out like terms in order to come up with the units of the final answer. For this problem, the total amount of liters is 2,100. So, the equation would be
Volume of Kelly's family + Volume of Stewart's family = 2,100
However, we are only given the rates for each family in liters per hour. To come up with the final answer with a unit of measurement in Liters, we must multiple the rate of L/hour with the individual time. Let x be the time Kelly's sprinkler was used, and y for Stewart's family.
(20 L/h)(x hours) + (40 L/h)(y hours) = 2,100
This is the first equation. The second equation is the total time.
x + y = 65 hours
Rearranging the equation, y = 65 - x. Let's substitute this to the first equation.
20x + 40(65-x) = 2,100
Solving for x, then substituting it to the second equation to obtain y,
x = 25 hours
25 + y = 65
y = 40 hours.
Thus, Kelly's sprinkler was used for 25 hours, while Stewart's sprinkler was used for 40 hours.