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devlian [24]
2 years ago
9

John and Brett have determined that the​ break-even point for their educational toys business is​ 60,000 units per month. Any un

its that John and Brett sell above​ 60,000 represent​ ________.
Business
1 answer:
djyliett [7]2 years ago
5 0

Answer:

Profit

Explanation:

Break-even point is the level of activity that a business must operate to make its total revenue equal to its total cost. At this point, the business makes no profit or loss. It gives an idea of the exact number of units of product to be sold in order to cover its total fixed cost.

Break-even point (BEP) is calculated as follows:

BEP (units)  = Total Fixed Costs for the Period/ (Sp - Vc)

SP- selling price, VC- variable cost

For example, if John and Brett has a total fixed cost of $120,000 per month, selling price and variable cost of $8 per unit respectively. The break-even cost is determined as follows:

BEP= 120,000/(10-8)= 60,000units.

This means that selling 60,000 units of toys monthly will make the business to make no profit or loss. We can confirm this as follows:

Profit= Total revenue - Total Variable cost - Total Fixed Cost

Profit= ($10 × 60,000) - ($8× 60,000) - $120,000

        = $600,000 - $480,000 - $120,000

Profit =   $0

But if they sell 60,500 units in a month, profit for the month will be:

Profit = ($10 *60,500) - $ ($8 × 60,500) - $120,000

        = $1000

Any units sold over and above the break-even point will represent profit

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6 0
2 years ago
TB MC Qu. 7-137 Farris Corporation, which has ... Farris Corporation, which has only one product, has provided the following dat
brilliants [131]

Answer:

Net operating income= $11,250

Explanation:

Giving the following information:

Selling price $144

Units sold 8,950

Variable costs per unit:

Direct materials $26

Direct labor $68

Variable manufacturing overhead $14

Variable selling and administrative expense $18

Total variable cost= $126

Fixed costs:

Fixed manufacturing overhead $140,250

Fixed selling and administrative expense $9,600

<u>Variable costing income statement:</u>

Sales= 8,950*144= 1,288,800

Total variable cost= (126*8,950)= (1,127,700)

Contribution margin= 161,100

Fixed manufacturing overhead= (140,250)

Fixed selling and administrative expense= (9,600)

Net operating income= 11,250

4 0
2 years ago
Juan purchased shares in ABC company for​ $5,000 three years ago. During these three years he received​ $600 in dividends. He ju
7nadin3 [17]

Answer:

B) –2%

Explanation:

The total return on an investment is calculated by,

Total Return = Capital gains ÷ Initial Investment x 100

First we will have to calculate capital gains of his investment,

He got 600 in dividends and 4,300 after selling the stock against the initial investment of $5,000.

So capital gains,

= 600 + 4,300 - 5,000

= -100

Total Return would be,

= -100 / 5,000 x 100

= -2% is the total return on his investment.

7 0
2 years ago
se the following facts to assess the time-based model of security for the ABC Company; how well does the existing system protect
Sedbober [7]

Answer:

Question Completed:

Use the following facts to assess the time-based model of security for the ABC Company;  how well does the existing system protect ABC? Assume that the best-, average-,  and worst-case estimates are independent for each component of the model.

1) Estimated time that existing controls will protect the system from attack = 15  minutes (worst case), 20 minutes (average case), and 25 minutes (best case)

2) Estimated time to detect that an attack is happening = 5 minutes (best case), 8  minutes (average case) and 10 minutes (worst case)

3) Estimated time to respond (or correct) to an attack once it has been detected = 6 minutes  (best case), 14 minutes (average case), and 20 minutes (worst case)  

Current Estimate

Case                       P             D            R         Time based security(P>D+R)

Best                      25              5           6           25 > 11

Average               20              8           14           20 < 22

Worst                    15              10          20           15 < 30

Assumptions      

A) Case                       P             D            R         Time based security(P>D+R)

     Best                      30            5           6           30 > 11

     Average               23            8           14           23 > 22

     Worst                    19            10          20           19 < 30

B) Case                       P             D            R         Time based security(P>D+R)

     Best                      25            2           6           25 > 8

   Average                 20            4           14           20 > 18

    Worst                      15            7          20           15 < 27

C) Case                       P             D            R         Time based security(P>D+R)

     Best                      25             5           3           25 > 8

    Average                20              8           6           20 > 14

    Worst                    15              10          10           15 < 20

D) Case                       P             D            R         Time based security(P>D+R)

    Best                       28              5           6           28 > 11

    Average                22              8           14           22 = 22

    Worst                     17              10          20           17 < 30

E) Case                       P             D            R         Time based security(P>D+R)

     Best                      25            4           6           25 > 10

   Average                 20            7           14           20 < 21

    Worst                      15            9          20           15 < 29

F) Case                       P             D            R         Time based security(P>D+R)

     Best                      25             5           4           25 > 9

    Average                20              8           9           20 > 17

    Worst                    15              10          12           15 < 22

Explanation:

Question 1) Which single investment would you recommend?

A single investment of $75,000 in option C. This gives a margin of +17 on the best case scenario and +6 on the average case scenario and -5 on the worst case scenario, which is the best alternative on the 3 scenarios as the joint outcome is +18 (17 + 6 - 5).

Question 2) Which combination?

Note that since the total amount is $100,000, the combination would be a $75,000 and a $25,000 investment

The combination of A and F, gives the best outcome on the 3 cases in comparison to other combinations

Case                       P             D            R         Time based security(P>D+R)

 Best                      30             5           4           30 > 9

Average                 23            8           9           23 > 17

Worst                     19              10          12          19 < 22

7 0
2 years ago
On January 1, Year 1, Marino Moving Company paid $48,000 cash to purchase a truck. Marino planned to drive the truck for 100,000
Dmitriy789 [7]

Answer:

a- $38,000

Explanation:

Units-of-production method of depreciation is a method in which depreciation is charged based on the output given by the asset in a period.

Truck Purchase price = $48,000

Estimated unit for depreciation = $100,000 miles

Salvage value = $8,000

Total Millage in 3 years = 40,000 + 20,000 + 35,000 = 95,000 miles

Accumulated Depreciation = ( Initial cost - Salvage value) Driven Millage / estimated total Millage

Accumulated Depreciation = ( $48,000 - $8,000 ) 95,000 / 100,000 = $38,000

4 0
2 years ago
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