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Ludmilka [50]
2 years ago
4

Assume that MHS purchased two additional pieces of equipment on April 1st (the first day of its fiscal year), as follows: The la

boratory equipment cost $300,000 and has an expected life of 5 years. The salvage value is 5 percent of cost. No equipment was traded in on this purchase. The radiology equipment cost $800,000 and has an expected life of 10 years. The salvage value is 10 percent of cost. No equipment was traded in on this purchase. Required For both pieces of equipment: a. Compute the annual straight-line depreciation for the laboratory equipment. b. Compute the annual straight-line depreciation for the radiology equipment.
Business
1 answer:
alexandr402 [8]2 years ago
3 0

Answer:

Instructions are below.

Explanation:

Giving the following information:

<u>Laboratory equipment:</u>

Cost= $300,000

The expected life of 5 years.

Salvage value= 0.05*300,000= 15,000

<u>Radiology equipmen:</u>

Cost= $800,000

Expected life of 10 years

Salvage value= 0.10*800,000= 80,000

To calculate the depreciation expense under the straight-line method, we need to use the following formula:

Annual depreciation= (original cost - salvage value)/estimated life (years)

A) Annual depreciation= (300,000 - 15,000)/5= $57,000

B) Annual depreciation= (800,000 - 80,000)/10= $72,000

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Bernie Madoff invites you to invest $1,000 in his fund now and be guaranteed at least $1,500 in 4 years. What is the effective r
Nady [450]

Answer: 10.67%

Explanation:

Mr Madoff is offering to grow the current value of $1,000 to a future value of $1,500 in 4 years.

This is a future value problem.

1,500 = 1,000 * ( 1 + interest) ^ 4 years

( 1 + interest) ^ 4 = 1,500/1,000

( 1 + interest) = 4√(1,500/1,000)

1 + interest = 1.1066819197

Interest = 1.1066819197 - 1

= 10.67%

8 0
2 years ago
The Baldwin Company has just purchased $40,900,000 of plant and equipment that has an estimated useful life of 15 years. The exp
Svet_ta [14]

Answer:

b. $4,908,000

Explanation:

According to the FASB GAAP, the straight line method is used in this given question which is shown below:

= (Original cost - residual value) ÷ (useful life)

= ($40,900,000 - $4,090,000) ÷ (15 years)

= ($36,810,000) ÷ (15 years)  

= $2,454,000

In this method, the depreciation is same for all the remaining useful life

For two years, the accumulated depreciation would be

= Annual year depreciation × number of years

= $2,454,000 × 2 years

= $4,908,000

7 0
2 years ago
Suppose the market for gourmet chocolate is in long-run equilibrium, and an economic downturn has reduced consumer discretionary
VashaNatasha [74]

Answer:

a. Decrease

b. Decline

c. Exit

d. No change

Explanation:

The market for gourmet chocolate is in the long-run equilibrium, and an economic downturn has caused the consumer disposable income to fall. Chocolate is a normal good, and the chocolate producers have identical cost structures.

a. This decline in the consumer income will reduce the purchasing power of the consumers. As a result, the demand will decrease. The demand curve will move to the left.

b. This leftward shift in the demand curve will cause the price to decline, As the price falls, the profits earned by the producers will decline as well.

c. In the long run, the firms operate at zero economic profits. So a decline in profits imply that the firms are operating at an economic loss. This will cause the loss incurring firms to exit the market.

d. The long run supply curve will remain the same. It is not affected by change in profits, it changes only with change in the state of technology or availability of resources.

8 0
2 years ago
You are analyzing Jillian’s Jewelry (JJ) stock for a possible purchase. JJ just paid a dividend of $1.50 yesterday. You expect t
disa [49]

Answer:

A. D1 = 1.50*1.06 = 1.59

D2 = 1.59*1.06 = 1.69

D3 = 1.69*1.06 = 1.79

B. PV of D1=(1.50*1.06)/1.13^1=1.41

PV of D2=(1.50*1.06^2)/1.13^2=1.32

PV of D3=(1.50*1.06^3)/1.13^3=1.24

PV of all dividend = (1.50*1.06)/1.13^1 + (1.5*1.06^2)/1.13^2 + (1.5*1.06^3)/1.13^3

PV of all dividend = 1.59/1.13 + 1.6854/1.2769 + 1.786524/1.442897

PV of all dividend = 1.407079646 + 1.319915 + 1.238150748

PV of all dividend = 3.965145814288893

PV of all dividend = 3.97

C. PV = 27.05/(1+13%)^3

PV = 27.05/(1.13)^3

PV = 27.05/1.442897

PV = 18.74701

PV = 18.75

D. The most you should pay for it :

= (1.50*1.06)/1.13^1+(1.5*1.06^2)/1.13^2+(1.5*1.06^3)/1.13^3+27.05/1.13^3

=22.71

E. Value = (1.50*1.06)/(13%-6%)

Value = 1.59 / 7%

Value = 1.59 / 0.07

Value = 22.714286

Value =22.71

F. No, the value is not dependent on the holding period, you can see from above that the value of infinite time period estimated in E equals to the value calculated when there was 3 years holding period.

5 0
2 years ago
Cane Company manufactures two products called Alpha and Beta that sell for $195 and $150, respectively. Each product uses only o
-Dominant- [34]

Answer:

Explanation:

Alpha = $195

Beta = $150

total production capacity = 123,000 pounds

raw materials = $5 per pound

Production costs per unit                        Alpha                Beta

direct materials                                          $40                   $15

direct labor                                                 $34                   $28

variable manufacturing overhead            $22                   $20  

fixed manufacturing overhead                 $30                   $33

variable selling expenses                         $27                   $23

common fixed expenses                          $30                   $25  

total cost per unit                                     $183                  $144

1) What contribution margin per pound of raw material is earned by Alpha and Beta?

                                                                Alpha                Beta

contribution margin                                  $72                  $64

contribution margin per pound               <u> $9</u>                  <u>$21.33</u>

2) Assume that Cane's customers would buy a maximum of 95,000 units of Alpha and 75,000 units of Beta. Also, assume that the company's raw material available for production is limited to 245,000 pounds. How many units of each product should Cane produce to maximize its profits?

                                                                Alpha                Beta

contribution margin                                  $72                  $64

contribution margin per pound                $9                  $21.33

production (in units)                                2,500              75,000

profits                                                    $30,000          $450,000

total profits                                                   <u>$480,000</u>

3) Assume that Cane's customers would buy a maximum of 95,000 units of Alpha and 75,000 units of Beta. Also, assume that the company's raw material available for production is limited to 245,000 pounds. What is the maximum contribution margin Cane Company can earn given the limited quantity of raw materials?

                                                                Alpha                Beta

contribution margin                                  $72                  $64

contribution margin per pound                $9                  $21.33

production (in units)                                2,500              75,000

contribution margin                             $180,000      $4,800,000

total contribution margin                            <u>$4,980,000</u>

4) Assume that Cane's customers would buy a maximum of 95,000 units of Alpha and 75,000 units of Beta. Also, assume that the company's raw material available for production is limited to 245,000 pounds. Up to how much should it be willing to pay per pound for additional raw materials?

If it wants to increase the production of Alpha, it could pay as much as ($195 - $183) / 8 = $1.50 extra per pound if it wants to maximize profits. Maximum price = $6.50 per pound. At this point, marginal revenue = price.

8 0
2 years ago
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