Answer:
1. The cost formula for the gallery's costs for a year would be Total cost=$80,000+$500X
2. The total cost for Ben in a year with 12 opening shows Using the cost formula developed is $86,000
Explanation:
1. According to the given data the cost formula for the gallery's costs for a year would be as follows:
Total cost=Fixed costs+Variable costs for the level of activity
Total cost=$80,000+$500*number of opening shows
Total cost=$80,000+$500X
2. The total cost for Ben in a year with 12 opening shows Using the cost formula developed above would be as follows:
Total cost=$80,000+$500X
Total cost=$80,000+$500*12
Total cost=$80,000+$6,000
Total cost=$86,000
Answer:
The answer is 17.67 years.
Explanation:
Present value is $2,500
Future value of the money to be double of the present value. This means the future value will be $5,000($2,500 x 2)
Interest rate is 4%
Number of years or periods to reach this $5,000 is unknown. So we are looking for this.
To compute this number of periods, lets use Financial calculator.
I/Y = 4; PV= -2,500; FV= 5,000; CPT N= 17.67 years.
Therefore, the number of years to accumulate to $5,000 is 17.67 years
Answer:
$6,765
Explanation:
The total cost for job K913 is given by the sum of the costs with manufacturing overhead (fixed and variable), direct materials (M) and direct labor (L).
Since the company uses a predetermined overhead rate based on direct labor-hours, the overhead cost for job K913 is:
The total cost for the job is:
The total job cost for Job K913 is closest to $6,765.
Answer:
C) Sell £2,278.13 forward at the 1-year forward rate, F1($/£), that prevails at time zero.
Explanation:
given data
State 1 State 2 State 3
Probability 25% 50% 25%
Spot rate $ 2.50 /£ $ 2.00 /£ $ 1.60 /£
P* £ 1,800 £ 2,250 £ 2,812.50
P $4,500 $4,500 $4,500
solution
company holds portfolio in pound. so to get hedge, they will sell that of the same amount.
we get here average value of the portfolio that is
The average value of the portfolio = £ (0.25*1800 + 0.5*2250 + 0.25*2812.5)
The average value of the portfolio = 2278.13
so correct option is C) Sell £2,278.13 forward at the 1-year forward rate, F1($/£), that prevails at time zero.
Answer:
The answer is $80,000
Explanation:
The formula for straight-line depreciation is:
[Cost of asset - salvage value(if any)] ÷ useful life of the asset
Depreciation = $4,000
Cost of asset= ? (represented by y)
Useful life of the asset = 20 years
$4,000 = y ÷ 20 years
y is $4,000 x 20 years
y = $80,000
Therefore, the initial cost of the asset was $80,000
