Answer:
D) $4,550
Explanation:
Contribution margin = Net Sales - Total Variable cost
Net sales $6,000
Les: Variable costs:
Cost of merchandise sold $1,000
Operating expenses <u> $450 </u>
Contribution Margin $4,550
All other costs are fixed cost which are not used in contribution margin calculation.
So the correct answer is D) $4,550.
The principle that's illustrated by the gas tax is known as the benefit received principle.
<h3>What's a tax?</h3>
It should be noted that a tax is a compulsory payment that generate revenue to the government.
In this case, a gas tax imposed by some states in which those who use the roads more pay more to maintain them is based on the benefits received principle.
Learn more about tax on:
brainly.com/question/25783927
Answer:
See attached file
Explanation:
To obtain sales, the quantity sold is multiplied by the sale price in each of the regions.
Variable costs are multiplied by each of the quantities
Fixed costs are distributed according to what the company determined
From the difference between sales and variable costs we get the Contribution Margin. If the fixed costs are subtracted, the Segment Margin of each sector is obtained. Subtracting fixed costs that cannot be distributed, gives the Net Income.
The Fixed manufacturing overhead $ 800,000 was distributed between 40.000 units (produced units) not 35.000 (sold units)
Answer:
Difference= $1,000 increase
Explanation:
Giving the following information:
Selling price per unit: $30
Variable expenses per unit: $21
New selling price= 30 - 2= $28
New units sales= 13,000
<u>First, we need to calculate the current contribution margin:</u>
Total contribution margin= units sold*unitary contribution margin
Total contribution margin= 10,000*(30 - 21)
Total contribution margin= $90,000
<u>Now, the new contribution margin:</u>
Total contribution margin= 13,000*(28 - 21)
Total contribution margin= $91,000
Answer:
$1,035.84
Explanation:
Number of years to maturity (Nper) = 20
Annual Coupon payment (PMT) = 1000*2.35% =$23.50
Payment at maturity (FV) = $1000
Yield to maturity (Rate) = 2.13%
<em>Using the MsExcel Present value function</em>
Clean(flat) price = PV(Nper, PMT, FV, Rate)
Clean(flat) price = PV(20, 23.50, 1000, 2.13%)
Clean(flat) price = 1035.8436
Clean(flat) price = $1,035.84
