Answer:
80%
Explanation:
For computing the return on investment first we have to need the following calculations
New contribution margin = Old contribution margin + increase in contribution margin
= $260,000 + $30,000
= $290,000
And,
Net Income = Contribution margin - Total direct fixed costs
= $290,000 - $90,000
= $200,000
ROI = Net income ÷ average operating assets
= $200,000 ÷ $250,000
= 80%
Answer: See explanation
Explanation:
Actual units sold = 86000
Budgeted units sold = 89000
Budgeted selling price = 59
Budgeted variable cost = 34
Budgeted contribution margin = 59 - 34 = 25
Budgeted market share = 20%
Acual industry volume = 334000
Standard units sold = 20% × 334000 = 66800
Sales activity variance:
= (Actual units sold - Budgeted units sold) × Budgeted contribution margin
= (86000 - 89000) × 25
= -3000 × 25
= 75000 Unfavorable
Market share variance will be:
= (86000 × 25) - (66800 × 25)
= 2150000 - 1670000
= 480000 Favorable
Industry volume variance:
= (66800 × 25) - (89000 × 25)
= 1670000 - 2225000
= 555000 Unfavorable
Answer:
rent expense 2400
Prepaid Rent 2400
--expired rent--
Deferred Revenue 750
Service Revenue 750
--acrued revenue--
Salaries expense 700
salaries payable 700
--accrued salaries--
Supplies 3200
supplies expense 3200
--supplies used--
The trial balance is attached.
Explanation:
a) 7,200 is the contract value for 6 months
we divide by 6 month and then, we multiply by 2 month accrued for the year (november and december)
b)we decrease the portion earned and recognize the gain
c) we recognize a liability and the wages expense associate for this wages
d) the difference between the book value and supplies on hand will be considered consumption so, supplies expense
For the ajusted trial balance, we will adjust the balance of eahc account considering the beginning balance
Answer:
PV= $74,999.97
Explanation:
Giving the following information:
Interest rate= 0.036/4= 0.009
Number of quarters= 5*4= 20
Future value= $89,719
We need to determine the initial inventment. We will use the following formula:
PV= FV/(1+i)^n
PV= 89,719/ (1.009^20)
PV= $74,999.97