Answer:
The correct answer is option C.
Explanation:
A perfectly competitive firm faces a perfectly elastic demand curve. In a perfectly competitive market, there is a large number of buyers and sellers, such that no single firm is able to affects the price or output level. The demand curve faced by a single firm is a horizontal line.
The market demand curve, on the other hand, is downward sloping. So whatever be the market elasticity of demand, the elasticity of individual firm will be infinite.
Answer:
$1,256,000
Explanation:
Data provided in the question:
Number of semiannual payments received = 16
Amount of each payment = $100,000
Annual interest rate = 6%
Thus,
Semiannual interest rate = 
= 3% = 0.03
Now,
Payment = Amount × 
or
Payment = $100,000 × 
Payment = $100,000 × 12.56
or
Payment = $1,256,000
Answer:
$405,000
Explanation:
The calculation of total amount is shown below:-
If the company disposes of the equipment to buy the new equipment, the sunk cost will be the old equipment's book value.
Sunk cost = Book value of the old Equipment
Sunk cost = Cost of equipment - Accumulated Depreciation
= $550,000 - $145,000
= $405,000
Therefore for computing the sunk cost we simply deduct the accumulated Depreciation from cost of equipment
In building a new mall,
The input would be : Labor, All materials needed in building a mall
Conversion : Building process
Output : The actual mall itself
hope this helps
Answer:
Variable cost per unit= $7.2 per unit
Explanation:
Giving the following information:
Month Total Maintenance Costs Total Machine Hours
January: $2,590 - 330
February: $2,890 - 380
March: $3,490 - 530
April: $4,390 - 660
May: $3,090 - 530
June: $5,470 - 730
To calculate the variable cost under the high-low method, we need to use the following formula:
Variable cost per unit= (Highest activity cost - Lowest activity cost)/ (Highest activity units - Lowest activity units)
Variable cost per unit= (5,470 - 2,590) / (730 - 330)
Variable cost per unit= $7.2 per unit
