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1 year ago

Is it recommended to skip performing the risk identification on a project? Why not? What is likely to

1 answer:

6 0

It is not recommended to skip performing the risk identification on a project. If this process is skipped, the organization might run into unforeseen dangers that will stall their projects and prevent them from reaching their objectives.

<h3>What is the risk identification step?</h3>

The risk identification process is designed to study and find out the elements that will prevent an organization from reaching its set objectives.

he risk identification process helps the organization to know the risk that is set before them and prepare to bypass or overcome the challenges. The risk identification step is the first step that must be taken to avoid problems along the way.

Learn more about the risk identification step here:

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The correct answer is the option D: Both the foreseeable doctrine and the restatement doctrine.

Explanation:

On the one hand, the foreseeable doctrine dictates that there is a limit in the liability of party for those acts that he has done and that carry a risk of foreseeable harm. Therefore that this point of view establishes that a reasonable person would be able to understand and so to know when a certain action would bring certain damages to another party.

On the oher hand, the restatement doctrine establishes that there are a set of treatises on legal subjects that primarily are looking for to inform judges and lawyers about general principles of common law. And therefore that those treatises will help both the judge and the lawyers at the time of the trial when the person has to go to court.

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3 years ago

Mary-Jo owns a theater. She purchased a new computer to run the accounting software and lighting for the theater. The computer c

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Answer:

The depreciation for 2020 is $233.33

Explanation:

Under the MACRS, computer useful life is 5 years.

The depreciation rate for every year, applying double declining method is: 100% / 5 = 20%. So, depreciation expenses for first year of the computer is calculated as: Cost of the computer x 20% = = 2,000 x 20% = $400.

As the computer is purchased in May, the year 2020 would only account for 7 month out of the first year of depreciation. Thus 2020 depreciation expenses = First year depreciation x 7/12 = 400 x 7/12 = $233.33

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3 years ago

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2 years ago

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"In the long run a company that produces and sells kayaks incurs total costs of $15,000 when output is 30 kayaks and $20,000 whe

Oksana_A [137]

Answer:

b. constant returns to scale because average total cost is constant as output rises.

Explanation:

The question has options. Below is the complete question.

Complete Question

In the long run a company that produces and sells kayaks incurs total costs of $15,000 when output is 30 kayaks and $20,000 when output is 40 kayaks. The kayak company exhibits

a. diseconomies of scale because total cost is rising as output rises.

b. constant returns to scale because average total cost is constant as output rises.

c. diseconomies of scale because average total cost is rising as output rises.

d. economies of scale because average total cost is falling as output rises.

The correct answer is explained below.

In the long run a company that produces and sells kayaks incurs total costs of $15,000 when output is 30 kayaks and $20,000 when output is 40 kayaks. The kayak company exhibits constant returns to scale because average total cost is constant as output rises.

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3 years ago

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Lake Erie Company uses a plantwide overhead rate with machine hours as the allocation base. Next year, 790,000 units are expecte

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Answer:

Instructions are listed below.

Explanation:

Giving the following information:

790,000 units are expected to be produced taking 0.75 machine hours each.

We weren't provided with enough information to solve the requirement. But, I will give the formulas necessary to guide an answer and a small example.

First, we need to calculate the total amount of machine-hours required:

Total machine hours= 790,000*0.75= 592,500 hours.

Let us suppose that the estimated manufacturing overhead is $850,000.

To calculate the estimated manufacturing overhead rate we need to use the following formula:

Estimated manufacturing overhead rate= total estimated overhead costs for the period/ total amount of allocation base

Estimated manufacturing overhead rate= 850,000/592,500= $1.44 per machine hour

Now, we can allocate overhead:

Allocated MOH= Estimated manufacturing overhead rate* Actual amount of allocation base

Allocated MOH= 1.44*0.75 hours= $1.08 per unit

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