Answer: idle production capacity
Explanation:
Idle capacity refers to the remaining amount of capacity that is left in a company when both the productive and the protective capacity have been removed from consideration.
Since the plane has a capacity of 120 passengers but he has averaged only 24 passengers, a load factor of 20 percent. Once the plane takes off, the other 96 seats generate no sales and profits to the airline for that flight, then the unique aspect of services does this situation describe idle production capacity.
Answer:
B. $2,600
Explanation:
The computation of the net rental income is shown below:
= Monthly rental payments × total number of months in a year - (utilities + maintenance & repairs + insurance) × percentage - depreciation expense
= $550 × 12 months - ($3,600 + $900 + $500) × 50% - $1,500
= $6,600 - $2,500 - $1,500
= $2,600
Since only one apartment is on rent so we considered the expenses of the building at 50% not full value and the same is applied above
Answer:
1. 60,000 hours
2. $300,000
3. $1,680 Unfavorable
Explanation:
1. The computation of the standard hours allowed for actual production is shown below:
= Actual production × Standard hours allowed per unit
= 15,000 units × 4 hours
= 60,000 hours
2. The computation of the applied fixed overhead is shown below:
= Standard hours allowed for actual production × Standard fixed overhead rate
= 6,000 hours × $5
= $300,000
3. The computation of the total fixed overhead variance is shown below:
= Actual fixed overhead costs - Applied fixed overhead
= $301,680 - $300,000
= $1,680 Unfavorable
Answer:
Income Statement is attached in the pictures.
Explanation:
Answer:
$214,000
Explanation:
The total reservation cost per month is given by the following expression:
Where 'n' is the number of monthly reservations.
If there are 200,000 reservations for passengers taking a trip next month, the reservation cost is:
Total reservation cost is $214,000.