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ale4655 [162]
3 years ago
5

A new barcode reading device has an installed cost basis of ​$20 comma 060 and an estimated service life of seven years. It will

have a zero salvage value at that time. The 200​% declining balance method is used to depreciate this asset. a. What will the depreciation charge be in year seven​? b. What is the book value at the end of year six​? c. What is the gain​ (or loss) on the disposal of the device if it is sold for ​$500 after six ​years?
Business
1 answer:
artcher [175]3 years ago
8 0

Answer:

a) $543.75

b) $1,903.20

c) $1,403.2 (loss)

Explanation:

Data provided in the question:

Cost basis for the device = $20,060

Useful life = 7 years

Salvage value = $0

Now,

Using the 200% declining balance method,

Rate of depreciation = 2\times\frac{\textup{1}}{\textup{Useful life}}

or

Rate of depreciation = 2\times\frac{\textup{10}}{\textup{7}}

or

Rate of depreciation = 0.2857 per year or 28.57% per year

Now,

Book value at the end of first year

=  $20,060 - 0.2857 × $20,060

= $14,328.57

Book value at the end of second year

=  $14,328.57 - 0.2857 × $4093.67

= $10234.9

Book value at the end of third year

=  $10234.9 - 0.2857 × $10234.9

= $7310.78

Book value at the end of fourth year

=  $7310.78 - 0.2857 × $7310.78

= $5222.08

Book value at the end of fifth year

=  $5222.08 - 0.2857 × $5222.08

= $3730.13

Book value at the end of fifth year

=  $3730.13 - 0.2857 × $3730.13

= $2664.43

Book value at the end of sixth year

=  $2664.43 - 0.2857 × $2664.43

= $1903.20

Therefore,

a) The depreciation charge in the year 7 will be

= 0.2857 × $1903.20

= $543.75

b) Book value at the end of year six = $1,903.20

c) The loss on the disposal of the device after six year for $500

= Selling cost - Book value

= $500 - $1,903.20

= -$1,403.2          [Here, negative sign means loss]

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8 0
3 years ago
Assume MIX Inc. has sales volume of $1,342,000 for two products with May sales and contribution margin ratios as follows:
ololo11 [35]

Answer:

Instructions are below,

Explanation:

Giving the following information:

Product A: Sales $514,000; Contribution Margin Ratio 30%

Product B: Sales $828,000; Contribution Margin Ratio 60%

fixed expenses are $338,000

First, we need to calculate the total contribution margin:

Total CM= CM Product A + CM Product B

Total CM= 514,000*0.3 + 828,000*0.6= $651,000

The operating income is calculated deducting from the total contribution margin the fixed costs:

Operating income= 651,000 - 338,000= 313,000

The average weighted contribution margin is calculated using the contribution margin ratio per product and the sales mix.

Sales mix:

Product A= 514,000/1,342,000= 0.38

Product B= 828,000/1,342,000= 0.62

Weighted average contribution= contribution margin ratio*sales mix

Product A= 0.3*0.38= 0.114

Product B= 0.6*0.62= 0.372

Total= 0.486

Weighted average contribution margin ratio= 0.486= 48.6%

Finally, we can calculate the break-even point in units:

Break-even point (units)= Total fixed costs / Weighted average contribution margin ratio

Break-even point (units)= 338,000/ 0.486= $695,473.25

4 0
3 years ago
Whispering Winds Corp. purchased a delivery van with a $52000 list price. The company was given a $4200 cash discount by the dea
Alex777 [14]

Answer:

$50,500

Explanation:

Calculation for by how much will Whispering Winds Corp. increase its van account

Using this formula

Increase in Van account =List price- Cash discount + Sales tax paid

Let plug in the formula

Increase in Van account=$52,000-$4,200+2,700

Increase in Van account=$50,500

Therefore by how much will Whispering Winds Corp. increase its van account will be $50,500

4 0
3 years ago
Heavy​ Products, Inc. developed standard costs for direct material and direct labor. In​ 2017, AII estimated the following stand
Nitella [24]

Answer:

Direct labor efficiency variance= 0

Explanation:

Giving the following information:

Direct labor 0.2 hours $ 35 per hour. During​ June, Heavy Products produced and sold 16,000 containers using 3,200 direct manufacturing labor-hours at an average wage of $ 51.00 per hour.

Direct labor efficiency variance= (Standard Quantity - Aactual Q)*standard rate

Direct labor efficiency variance= (0.2*16,000 - 3,200)*35= 0

5 0
3 years ago
He offers an annual bonus of $10,000 for superior performance, $6,000 for good performance, $3,000 for fair performance, and $0
Alik [6]

If he offers an annual bonus of $10,000 for superior performance, $6,000 for good performance, $3,000 for fair performance, and $0 for poor performance. Based on prior records, he expects an employee to perform at superior, good, fair, and poor performance levels with probabilities 0.10, 0.20, 0.50, and 0.20, respectively. The expected value of the annual bonus amount will be: $3,700

First step

Expected value for Superior performance=$10,000×0.10

Expected value for Superior performance=$1,000

Expected value for Good performance=$6,000×0.20

Expected value for Good performance=$1,200

Expected value for Fair performance=$3,000×0.50

Expected value for Fair performance=$1,500

Expected value for Poor performance=$0×`1,500

Expected value for Poor performance=$0

Now let determine the total  expected value of the annual bonus amount

Expected value of annual bonus amount=$1,000+$1,200+$1,500+$0

Expected value of annual bonus amount=$3,700

Inconclusion if he offers an annual bonus of $10,000 for superior performance, $6,000 for good performance, $3,000 for fair performance, and $0 for poor performance. Based on prior records, he expects an employee to perform at superior, good, fair, and poor performance levels with probabilities 0.10, 0.20, 0.50, and 0.20, respectively. The expected value of the annual bonus amount will be: $3,700

Learn more here:

brainly.com/question/22845794

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