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2 years ago

7

In applying the lower of cost or net realizable value rule, the inventory of apparel would be valued at: A) $108,000. B) $90,000

. . C) $110,000. D) $99,000

1 answer:

Tanya [424]2 years ago

5 0

Answer:

Answer: b

Explanation:

NRV=$120,000 – ($120,000 x 10%) = $108,000$90,000cost is less than net realizable value of $108,000 cost

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Suppose the typical Buffalo Bills fan has the following demand curve for Bills football games: P = 120 – 10G where G is the numb

Vika [28.1K]

Answer:

(a) If the Bills want to sell tickets to all 8 games by selling eight individual tickets, they have to set the price P = 120 − 10(8) = 120 − 80 = $40. This yields revenue of $40(8) = $320 from each fan.

(b) If the Bills practice second degree price discrimination, they can effectively charge

P = 120 − 10(1) = 120 − 10 = $110 for single games,

P = 110 + 100 + 90 + 80 = $380 = $95/ticket for a 4-game package, and

P = 110 + 100 + 90 + 80 + 70 + 60 + 50 +40 = $600 = $75/ticket for an 8-game package.

4 0

2 years ago

Listen to marisol and alicia's conversation and select who mentions each clothing item.

postnew [5]

Answer:

The correct answers are:

Pantalones:

Marison

Blusa :

Both

Abrigo:

Neither

Falda :

Alicia

Sandalias:

Neither

Zapatos :

Alicia

5 0

3 years ago

Sage Hill Company is negotiating to lease a piece of equipment to MTBA, Inc. MTBA requests that the lease be for 9 years. The eq

Annette [7]

Answer:

$14,621.99

Explanation:

Calculation to determine what would be the amount of the annual rental payments Sage Hill demands of MTBA,

Let X be the annual lease payments

Annuity factor of 8% for 9 years = 6.74664

Discounting factor of 8% at beginning of 9 years = 0.54027

Annual Rental Payments=$100,000 = (X * 6.74664) + ($2,500 * 0.54027)

Annual Rental Payments=$100,000 = (X * 6.74664) + $1350.675

Annual Rental Payments=(X * 6.74664) = $100,000 - 1,350.675

Annual Rental Payments=X = 98,649.325 / 6.74664

Annual Rental Payments=X = $14,621.99

Annual Rental Payments=X = $14,621.99

Therefore, what would be the amount of the annual rental payments Sage Hill demands of MTBA , is $14,621.99

7 0

3 years ago

Depreciation is a _____, a cost that cannot be affected by any future action.

stiks02 [169]

<span> <span><span>Depreciation is a </span>sunk cost. </span></span>It is the value lost on an asset after consumption. In accounting, depreciation cost qualifies as a sunk cost because it is already lost and cannot be recovered. For that reason, it is correct to ignore depreciation cost when determining the future course of a business.

7 0

3 years ago

Read 2 more answers

Dexter Industries purchased packaging equipment on January 8 for $116,600. The equipment was expected to have a useful life of t

Luden [163]

Answer:

Straight-line method: $36,667 yearly depreciation expense for 3 years.
Unit-of-production method: Year 1 - $47,850, Year 2 - $40,590, Year 3 - $21,560
Double-declining method: Year 1 - $77,737, Year 2 - $25,910, Year 3 - $6,353

Total for 3 years is $110,000 for all the depreciation methods.

Explanation:

(A) Under straight-line method, depreciation expense is (cost - residual value) / Estimated useful life = ($116,600 - $6,600) / 3 years = $36,667 yearly depreciation expense.

Accumulated depreciation for 3 years is $36,667 x 3 years is $110,000.

(B) The unit-of-production method is used when the asset value closely relates to the units of output it is able to produce. It is expressed with the formula below:

(Original Cost - Salvage value) / Estimated production capacity x Units/year

At Year 1, depreciation expense (DE) is: ($116,600 - $6,600) / 20,000 operating hours x 8,700 hours = $47,850

At Year 2, depreciation expense (DE) is: ($116,600 - $6,600) / 20,000 operating hours x 7,380 hours = $40,590

At Year 3, depreciation expense (DE) is: ($116,600 - $6,600) / 20,000 operating hours x 3,920 hours = $21,560

Accumulated depreciation for 3 years is $47,850 +$40,590 + $21,560 = $110,000.

Note that this depreciation method results in higher depreciation charge when the asset is heavily used, at this time, it was in Year 1.

(C) The double-declining method is otherwise known as the reducing balance method and is given by the formula below:

Double declining method = 2 X SLDP X BV

SLDP = straight-line depreciation percentage

BV = Book value

SLDP is 100%/3 years = 33.33%, then 33.33% multiplied by 2 to give 66.67% or 2/3

At Year 1, 66.67% X $116,600 = $77,737

At Year 2, 66.67% X $38,863 ($116,600 - $77,737) = $25,910

At Year 3, 66.67% X $12,953 ($38,863 - $25,910) = $8,636. This depreciation will decrease the book value of the asset below its salvage value $12,953 - $8,636 = $4,317 < $6,600. Depreciation will only be allowed up to the point where the book value = salvage value. Consequently the depreciation for Year 3 will be $6,353.

Accumulated depreciation for 3 years is $77,737 + $25,910 + $6,353 = $110,000.

6 0

2 years ago