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givi [52]
2 years ago
11

Calculate the net income earned during the year. Assume that the change to stockholder's equity results only from net income ear

ned during the year.
Balance Jan. 1, 2019
Asset: $50,000
Liabilities: $40,000

Balance Dec 31, 2019
Assets: $35,000
Liabilities: $20,000
Business
1 answer:
Nutka1998 [239]2 years ago
7 0

Answer:

The net income earned during the year is $ 5,000

Explanation:

The first point to kn ow is the accounting equation is A=L+SE

So to calculate the opening stockholders equity we can rearrange the accounting equation to be:

A-L = SE

so opening SE is

Assets $ 50,000 - Liabilities $ 40,000 =  Stockholders Equity $ 10,000

Ending Stockholders equity is:

Assets $ 35,000 - Liabilities $ 20,000 = Stockholders Equity $ 15,000

Since the question mentions that the change in stockholders equity is only due to net income, the increase of $ 5,000 represents the net income for 2019.

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Seth owns a local business that provides email updates on surf conditions. He is the only supplier of these email updates in San
klasskru [66]

Answer:

Seth's total profits is $1,535.359

Explanation:

According to the given data we have the following:

MC = 0 and we will ignore fixed costs

Therefore TC = 0  

Demand function in Santa barbara is

p = 74 - q  

MR = 74 - 2q

Since Seth sets different uniform prices in two markets to maximizes his profit therefore ,

MR = MC  

74 - 2q = 0  

2q = 74

q=37

p = 74 - 37 = 37

Profit = pq - TC

= 37*37 - 0  

= $1,369

Inverse demand finction Goleta is

p = 39 - 4q

MR = 39 - 8q

MR = MC

39 - 8q = 0  

8q = 39

q = 4.875

p = 39 - 4.875 = 34.125

Profit = pq - TC  

= 34.125*4.875 - 0  

= $166.359

Therefore, Seth's total profits =  $1,369 + $166.359

Seth's total profits= $1,535.359

Seth's total profits is $1,535.359

6 0
2 years ago
The CFO of a publicly traded company is expecting to pay a dividend next year of $1.25 and projecting that the price of the comp
Levart [38]

Answer:

$42.604

Explanation:

Using dividend growth model we have D1 = $1.25, dividend at end of year 1

P1 = $45 price at the end of year 1

Ke = 10% Cost of capital or expected return

g = ? the growth rate expected

Thus

D2 = D1 + g

$45 = \frac{1.25+g}{0.10-g}

$4.5 - 45g = 1.25 + g

$3.25 = 46g

7.06% = g

Now, using value of g we have

P0 = \frac{1.25}{0.10-0.0706}

Current price P0 = $42.604

8 0
1 year ago
16. Which of the following cuts is ideal for smoking?
Ludmilka [50]

[ Answer ]

\boxed{Brisket}

[ Explanation ]

Brisket - Cut from breast or lower chest. Brisket comes from a cow or veal

Brisket is ideal for smoking because of its high fat content. When smoking meat, if the meat does not have lots of fat and is thing, the smoking process can dry out the meat. With brisket, the meat is very fat, causing the meat not to dry out and getting a tender juicy flavor.

When lighting a campfire or barbecue, you may notice lots of smoke. The smoke may affect your breathing, make you thirsty, or dry you out. This is the same affect of the meats. The smoke provides lots more flavor for the meat, and dries it out, if there is not enough fat on the meat.

\boxed{[ \ Eclipsed \ ]}

7 0
2 years ago
Read 2 more answers
Grossnickle corporation issued 20-year, noncallable, 7.5% annual coupon bonds at their par value of $1,000 one year ago. today,
Dima020 [189]
Bond valuation: 
<span>Par value = Maturity value = FV = $1,000 </span>
<span>Coupon rate = 7.5% </span>
<span>Years to maturity = N = 19 </span>
<span>Required rate = I/YR = 5.5% </span>
<span>(Coupon rate)(Par value) = PMT = $75 </span>
<span>PV = $1,232.15</span>
5 0
2 years ago
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
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