Answer:
1. $4,400 Favorable
2. $14,000 Unfavorable
3. $9,600 Unfavorable
Explanation:
The computation of given question is shown below:-
1. Variable factory overhead Controllable Variance
= $142,600 - 6,000 × 24.5
= $142,600 - $147,000
= -$4,400
= $4,400 Favorable
Where, 24.5 = standard rate - fixed overhead rate
= $28 - $3.5
= $24.5
2. Fixed factory overhead volume variance
= $35,000 - 6,000 × $3.5
= $35,000 - $21,000
= $14,000 Unfavorable
3. Total factory overhead cost variance
= ($142,600 + $35,000) - (6,000 × $28)
= $177,600 - $168,000
= $9,600 Unfavorable
Answer:
Pronghorn Company
Depreciation Expense under Production Hours & Production Units:
c) Production Unit:
Depreciation Rate =Depreciable amount/Production hours
= $5.90 per unit
for 1,100 units, Depreciation expense = 1,100 x $5,90 = $6,490
b) Production hours:
Depreciation Rate = Depreciable amount/Production hours
= $237,770/20,100 = $11.83 per hour
For 530 hours, depreciation expense = 530 x $11.83 = $6,270
Explanation:
1. Data:
Pronghorn Company:
October 1, 2017
Purchase of Equipment for $251,930
Salvage value 14,160
Depreciable amount $237,770
2. Depreciation Expenses based on production hours and hours are some of the methods to depreciate an equipment used for production. Using these methods, the depreciation rate is determined and then multiplied by usage (hours or units) to obtain the depreciation expense for the period. The methods are simple and logical for depreciating production equipment.
Answer:
185.531532 months
15.5 years
Explanation:
We use the NPER formula in this question that is shown in the spreadsheet.
The NPER represents the time period.
Given that,
Present value = $50,000
Future value = $0
Rate of interest = 9% ÷ 12 months = 0.75%
PMT = $500
The formula is given below:
= NPER(Rate;PMT;-PV;FV;type)
The present value come in negative
So, after solving this, the answer in months would be 185.531532 month
And, in year it would be 15.5 years after dividing by 12 months, the number of year comes
Answer:
Given that,
Operator bought a futures contract = 5,000 kilograms of rice at $1.50 per kilogram
Initial margin = $4,000
Maintenance margin = $2,000
(a)
(i) Balance of Margin = Initial margin - maintenance margin
= $4,000 - $2,000
= $2,000 (loss)
(ii) Change in price = 
= $0.40
(b) Price per kilogram = Current price - Change in Price
= $1.50 - $0.40
= $1.10
So, change price per kg is $1.10
(c) Balance of Margin = Initial margin - maintenance margin
= $4,000 + $2,000
= $6,000 (loss)
Change in price =
= $0.40
(d) Price per kg = Current price - change in price
= $1.50 + $0.40
= $1.90
Answer:
A) There is a 50% chance the game ends in a tie, 10% chance you win (and therefore a 40% chance you lose).
expected value = (50% x 20) + (10% x 50) + (40% x 0) = 10 + 5 + 0 = 15
B) There is a 50-50 chance of winning and there are no ties.
expected value = (50% x 50) + (50% x 0) + = 25 + 0 = 25
C) There is an 80% chance you lose and a 10% chance you win or tie.
expected value = (10% x 20) + (10% x 50) + (80% x 0) = 2 + 5 + 0 = 7
The expected value of an event is determined by adding up all the possible outcomes multiplied by their respective value.
