Answer: See explanation and attachment
Explanation:
a. What is the contribution margin for a room night under the normal pricing if only the hotel depreciation and hotel staff (excluding housekeeping) are assumed fixed for all occupancy levels?
Price = $180
Less: Variable Costs:
House keeping staff = $23
Utilities = $7
Amenities = $3
Total variable costs = $33
Contribution margin = $147
B. Determine the contribution margin for a room night under the proposed weekend pricing.
Price = $120
Less: Variable Costs:
House keeping staff = $23
Utilities = $7
Amenities = $3
Total variable costs = $33
Contribution margin = $87
C. Prepare a differential analysis showing the differential income for an average weekend between the existing (Alternative 1) and discount (Alternative 2) price plan.
Check attachment for solution
D. Should management accept the proposed weekend pricing plan? Explain.
No. From the calculation in C, there is reduction in income.
Answer:
The correct answer is letter "A": full screen.
Explanation:
The full screen is a scoring model carried out to determine the feasibility of a product. In this stage, the technical and commercial aspects of that product are evaluated to find out if it is possible to be materialized or if the development of that good should stop.
Ok not sure but I'm gonna have to go with true. You can research online to make sure.
Answer:
$120,000
Explanation:
The computation of sales is shown below:-
For computing the sales revenue first we need to find out the selling price per unit which is here below:-
Selling price per unit = Sales ÷ Units
= $96,000 ÷ 16,000
= $6
Sales revenue when 20,000 units are sold = Selling price per unit × Number of units sold
= $6 × 20,000
= $120,000
Therefore for computing the sales revenue we simply applied the above formula.
Answer:
9.5%
Explanation:
The computation of the after tax rate of return is shown below:
But before that first determine the following calculations
The interest income earned
= $800,000 × 12.50%
= $100,000
Now After tax interest income is
= $100,000 × (1 - 0.24)
= $76,000
Now
After tax rate of return on investment is
= ($76,000 ÷ $800,000) × 100
= 9.5%