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guapka [62]
3 years ago
9

11

Business
1 answer:
sukhopar [10]3 years ago
6 0
B. extracurricular activities!
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Sophie Bennett has met the deductible for her doctor's visits. However, her insurance company requires her to pay 20% of all exp
aliina [53]
The correct answer is:  [C]:  "coinsurance" .
___________________________________________________
4 0
3 years ago
How are SAE programs expanded and/or diversified?
harkovskaia [24]

Answer:

The SAE programs could be extended even diversified using the following techniques.  

Explanation:

  • Increased self-employment has led to something like the SAE programs.  
  • Rather than growing the breadth of this. The concept seems to be the volume, gross margin, quantity of acres, respectively.  
  • By introducing or growing new goods as well as companies. This would be referred to those as diversification.  
  • Whilst also connecting to the awareness acquired via the SAE programs.
8 0
3 years ago
Machida Inc. is considering a project that is expected to produce cash inflows of $3,200 per year in years 1-4, with a final cas
PolarNik [594]

Answer:

The NPV = $1578.185602 rounded off to $1578.19

As the NPV is positive, the project should be accepted.

Explanation:

The Net Present Value or NPV is a tool used to evaluate projects. It is used with various other tools to decide whether to undertake a project or not. To calculate the Net Present Value or NPV, we take the present value of the cash inflows provided by the project and deduct the initial cost of the project.  If the NPV is positive, we should proceed with the project and vice versa.

NPV = CF1 / (1+r)  +  CF2 / (1+r)^2  +  ...  + CFn / (1+r)^n  -  Initial Cost

Where,

  • CF1, CF2, ... represents cash flow in Year 1, Year 2 and so on.
  • r is the required rate of return

NPV = 3200 / (1+0.17)  +  3200 (1+0.17)^2  +  3200 (1+0.17)^3  +  

3200 (1+0.17)^4  +  5700 (1+0.17)^5  -  9800

NPV = $1578.185602 rounded off to $1578.19

4 0
3 years ago
Which of the following is not possible when recording a transaction?A. Liabilities increase and assets decrease.B. Stockholders'
Basile [38]

Answer:

Liabilities increase and assets decrease.

Hope this helps!

3 0
3 years ago
Perdue Company purchased equipment on April 1 for $38,880. The equipment was expected to have a useful life of three years, or 5
finlep [7]

Answer:

See explanation section.

Explanation:

Requirement 1

We know,

Depreciation expense under the straight-line method = (Cost price - residual value) ÷ useful life

The depreciation expense under the straight-line method remains same in every year.

December 31, Year 1 - depreciation expense = ($38,880 - $1,080) ÷ 3 years.

Depreciation expense = ($37,800 ÷ 3)

Depreciation expense = $12,600

Depreciation expense for year 1 = $12,600 × 9 ÷ 12

Depreciation expense for year 1 = $9,450

Requirement 2

The depreciation expense under the straight-line method remains the same every year.

Year 2 depreciation expense = ($38,880 - $1,080) ÷ 3 years = $12,600

Year 3 depreciation expense = ($38,880 - $1,080) ÷ 3 years = $12,600

Year 4 depreciation expense = ($38,880 - $1,080) ÷ 3 years = $12,600

The equipment will be dissolved after 4 year with a residual value of $1,080.

Requirement 3

The depreciation expense under units-of-activity method = [(Cost price - residual value) ÷ Total operating hours] × usage during the period.

Given,

Cost price = $38,880

residual value = $1,080

Total operating hours =  5,400

Putting the values into the formula, we can get

Depreciation expense rate = ($38,880 - $1,080) ÷  5,400

Depreciation expense rate = $37,800 ÷ 5,400

Depreciation expense rate = $7 per hour.

Depreciation expense for year 1 = $7 per hour × 1,000

Depreciation expense for year 1 = $7,000

Requirement 4

We get from requirement 3

Depreciation expense rate = $7 per hour.

Year 2 Depreciation expense = $7 per hour.

Depreciation expense for year 2 = $7 per hour × 1,900 hour.

Depreciation expense for year 2 = $13,300 hour.

Year 3 Depreciation expense = $7 per hour.

Depreciation expense year 3 = $7 per hour ×  1,600 hour.

Depreciation expense year 3 = $11,200 hour.

Year 4 Depreciation expense = $7 per hour.

Depreciation expense year 4 = $7 per hour ×  900 hour.

Depreciation expense year 4 = $6,300 hour.

Requirement 5

Depreciation rate under the double-declining-balance method = (100% ÷ useful life) ÷ 2

Depreciation rate = (100% ÷ 3 years) × 2

Depreciation rate = 66.67%

Depreciation expense for year 1 = cost price × depreciation rate

Given,

cost price = $38,880

depreciation rate = 66.67%

Putting the values into the formula, we can get

Depreciation expense for year 1 = cost price × depreciation rate

Depreciation expense for year 1 = $38,880 × 66.67%

Depreciation expense for year 1 = $25,921

Requirement 6

In double-declining-balance method, depreciation expense is decreasing.

Book value of year 1 after depreciation = Cost price - year 1 depreciation expense =  $38,880 - $25,921 = $12,959

Depreciation expense for year 2 = Book value of year 1 × depreciation rate.

Depreciation expense for year 2 = ($12,959 × 66.67%) = $8,640

Book value of year 2 after depreciation = Book value of year 1 - Depreciation expense for year 2 = $12,959 - $8,640 = $4,319

Depreciation expense for year 3 = Book value of year 2 × depreciation rate.

Depreciation expense for year 3 = $4,319 × 66.67% = $2,879.50

Book value of year 3 after depreciation = Book value of year 2 - Depreciation expense for year 3 = $4,319 - $2,879.50 = $1,439.5

Depreciation expense for year 4 = Book value of year 3 × depreciation rate.

Depreciation expense for year 4 = $1,439.5 × 66.67% = $960

4 0
3 years ago
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