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Norma-Jean [14]
3 years ago
12

Speedy Delivery Company purchases a delivery van for $43,200. Speedy estimates that at the end of its four-year service life, th

e van will be worth $6,800. During the four-year period, the company expects to drive the van 227,500 miles.Actual miles driven each year were 58,000 miles in year 1 and 62,000 miles in year 2.Required:Calculate annual depreciation for the first two years of the van using each of the following methods. (Do not round your intermediate calculations.)1. Straight-line.Year: Annual Depreciation122. Double-declining-balance.Year: Annual Depreciation12 3. Activity-based.Year: Annual Depreciation12
Business
1 answer:
Nuetrik [128]3 years ago
8 0

Answer:

1. Depreciation for year 1 on straight line method    $ 9,100

  Depreciation for year 2 on straight line method    $ 9,100

2. Depreciation for year 1 on double declining method    $ 20,200

  Depreciation for year 2 on double declining method     $ 11,,500

3. Depreciation for year 1 on activity based method    $ 9,280

  Depreciation for year 2 on activity based method    $ 9,920

Explanation:

Straight Life Depreciation

Cost of delivery van                            $ 43,200

Salvage Value at end of life              ($   6,800)

Depreciable value                              $ 36,400

Straight Line Depreciation  per year is calculated by dividing the depreciable value by the useful life:

$ 36.400/4  = $ 9,100. Since it is equal amounts over the useful life of the asset,the depreciation amount is same for year 1 and year 2

Double declining balance Depreciation

In a double declining balance method of depreciation, the depreciation rate in the first year is double percentage of Straight line  method, this does not consider salvage value. The percentage rate shall therefore be 100/4 *2 = 50 %    

Cost of delivery van                                                               $ 43,200

Straight Line depreciation based on 4 years life                 $ 10,100

Double the Straight Line method in first year          

so depreciation in year 1 is $ 10,100 * 2                                 $ 20,200

The depreciation base for year 2  shall be

Cost of delivery van                                                                 $ 43,200                                                                            

Depreciation for year 1                                                            $ 20,200

Depreciable base for year 2                                                   $ 23,000

Depreciation for year 2 @ 50 %                                              $ 11,500

Activity based Depreciation

Cost of delivery van                            $ 43,200

Salvage Value at end of life              ($   6,800)

Depreciable value                              $ 36,400

Expected usage 227,500 miles

Depreciation per mile is  227,500 miles / Depreciable Value $ 36,400  $ 0.16 per mile

Depreciation for year 1 on 58,000 miles is 58,000 * 0.16 = $ 9,280

Depreciation for year 2 on 62,000 miles is 62,000 * 0.16 = $ 9,920

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If the actual sales volume is 5000 units,budgeted sales volume is 4500, actual selling price be $15 per unit and the budgeted price per unit be $15.75 per unit then the sales price variance is -$3750.

Given that actual sales volume is 5000 units,budgeted sales volume is 4500 units, actual selling price be $15 per unit and budgeted price per unit be $15.75 per unit.

We are required to find the sales price variance of the data.

Actual Sales volume = 5,000 units

Budgeted sales volume = 4,500

Actual selling price per unit = $15

Planned selling price = $15.75

So, calculation of the sales price variance is given below:-

Sales variance =Actual quantity sold × (actual selling price - planned selling price)

=5000*(15-15.75)

=5000*(-0.75)

=-$3750

Hence if the actual sales volume is 5000 units,budgeted sales volume is 4500, actual selling price be $15 per unit and the budgeted price per unit be $15.75 then the sales price variance is -$3750.

Learn more about variance at brainly.com/question/15858152

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2 years ago
Which of the following would not involve a capital-budgeting analysis?
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Answer:

The correct answer is B. The adoption of a new cost driver for overhead application.  

Explanation:

This option is chosen because it is not directly related to organizational capital, or the production of goods or the provision of services. Otherwise it happens with options A and C, which does merit an analysis of the capital budget.

Option B is only taken into account in the analysis of the sales budget or production costs.

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3 years ago
For index numbers like stock market indexes A. the numbers are not measured in dollars or any other units and their values are m
vladimir2022 [97]

Answer:

Correct option D

Explanation:

An index number is the measure of change in a variable (or group of variables) over time. It is typically used in economics to measure trends in a wide variety of areas including: stock market prices, cost of living, industrial or agricultural production, and imports. Index numbers are one of the most used statistical tools in economics.

Index numbers are not directly measurable, but represent general, relative changes. They are typically expressed as percents.

Index numbers are not measured in dollars or any other units and changes in their values are more important than the values themselves.

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4 years ago
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Idk lol, look on quizlet
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4 years ago
A tree is constructed to value an option on an index which is currently worth 100 and has a volatility of 25%. The index provide
ZanzabumX [31]

Answer:

A. The parameters p and u are the same for both trees

Explanation:

Calculation of parameters of u(upper limit) and p(lower limit) for both index and stock:

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Volatality : 25%

Value can increase upto 100+25% = 125

Value can decrease to 100-25% = 75

U = Value after increase/current value = 125/100 = 1.25

P = Value after decrease/ current value = 75/100 = 0.75

2) STOCK

Current Value: 100

Volatality : 25%

Value can increase upto 100+25% = 125

Value can decrease to 100-25% = 75

U = Value after increase/current value = 125/100 = 1.25

P = Value after decrease/ current value = 75/100 = 0.75

---> The parameters U and P for both index and stock are same. This is because both the index and stock has  same value and same volality rate. Therefore, stock move according to the index.

if index changes by  certain percentage the stock also changes. Here in this case, volatality rate is same for both index  and stock. Hence Parameters U and P are same for Index and Stock.

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