Answer:
0.25 or 25%
Explanation:
The computation of the gross profit rate is shown below:
Gross profit rate = Gross profit ÷ Net sales revenue
where,
Net sales revenue = Sales revenue - Sales Returns and Allowances - Sales Discounts
= $2,000,000 - $250,000 - $50,000
= $1,700,000
And, the Cost of goods sold is $1,275,000
So, the gross profit is
= $1,700,000 - $1,275,000
= $425,000
So, the gross profit rate is
= $425,000 ÷ $1,700,000
= 0.25 or 25%
Answer: All of the above
Explanation:
The Lighting Design Personnel is in charge of the designing, the installation, and the operation of lighting and every other special electrical effects.
Such person must understand environmental, cost, and associated benefits of energy-efficient lighting. Also, he or she must be bake to recognize when specialized knowledge is necessary and also estimate energy cost savings
Therefore, the correct option is all of the above.
Answer:
B. EBIT times one minus the tax rate plus depreciation
Explanation:
The formula to calculate the operating cash flow is given below:
Operating cash flow = EBIT + Depreciation expenses - Income tax expense
The EBIT stands for earning before interest and taxes
And, EBIT - income tax expense = Earning after taxes (EAT)
The operating cash flow is the amount which is left after paying all the expenses related to cash
Answer:
$7.05
Explanation:
Given that
Direct labor = $3.50 per unit
Direct material = $1.25 per unit
Variable overhead = $41,400
Total fixed overhead = $150,000
Produced units = 18,000
The computation of total product cost per unit under variable costing is shown below:-
Total Variable overhead = Variable overhead ÷ Produced units
= $41,400 ÷ $18,000
= $2.3
Total product cost per unit = Direct labor + Direct material + Total variable overhead
= $3.50 + $1.25 + $2.3
= $7.05
Answer:
By definition, the price elasticity of demand equals the percentage changes in the quantity demanded divided by the percentage changes in the price. There is an opposite relationship between the demand elasticity and the slope of the demand curve.
