Answer:
fixed costs = $255,000
variable costs = (15,000 / 17,000) x $216,750 = $191,250
Explanation:
A flexible budget is prepared in order to compare how budgeted revenues and costs actually worked out. In other words, if actual revenues and costs were similar to the budget previously prepared. A flexible budget adjusts actual results and helps management control how efficient the company was in following their budget. That is why a flexible budget is done after the budgeted period is over.
Fixed costs should not change (that is why they are fixed), but variable costs should change if the actual output was different than the budgeted output.
Answer:
$60,000
Explanation:
Sales Price $125,000
Less BV $140, 000
Loss on Sale $15,000
Equipment transferred at BV (Cost $140,000
Less Accumulated Depreciation. $40,000 $100,000 Depreciation.
For 2012
($100,000/5) $40,000 = $60,000
Therefore the Book Value at 12/31/2012 is $60,000
Answer:
$202,701,713.58
Explanation:
Present value of this liability = Value of liability / ((1+r)^t)
Present value of this liability = $750 million / ((1+0.08)^17)
Present value of this liability = $750 million / (1.08)^17
Present value of this liability = $750 million / 3.7000180548
Present value of this liability = $202,701,713.5840815
Present value of this liability = $202,701,713.58
Answer:
Identifying fixed cost and variable cost.
Explanation:
- The behavior cost is those costs that will completely change when there are minute changes in the activity and includes the variable and the fixed costs and the semi-variable costs.
- As an example of the fixed cost is the insurance. While the variable cost is flour for the bakery that produces artisan bread. And that of the semi mixed cost is the cost of the bakery cost and the natural gas.
Answer:
$169.07
Explanation:
Data provided in the question:
Loan amount = $29,000
Time = 10 years
Interest rate = 7% compounded monthly
Therefore,
Interest rate per period, r = 7% ÷ 12 = 0.583% = 0.00583
number of periods, n = 10 × 12 = 120 months
Now,
Loan amount = Monthly payments × [ { 1 - (1 + r )⁻ⁿ } ÷ r]
on substituting the respective values, we get
$29,000 = Monthly payments × [ { 1 - (1 + 0.00583 )⁻¹²⁰ } ÷ 0.00583]
or
$29,000 = Monthly payments × 171.53
or
Monthly payments = $169.07