Answer:
$3,000 and $35,000
Explanation:
The computations are shown below:
The depreciation expense would be
=(Original cost - residual value) ÷ (useful life)
= ($50,000 - $5,000) ÷ (15 years)
= ($45,000) ÷ (15 years)
= $3,000
In this method, the depreciation is same for all the remaining useful life
The book value would be
= (Original cost of equipment) - (depreciation × number of years)
= ($50,000) - ($3,000 × 5 years)
= $50,000 - $15,000
= $35,000
A system has two processes and three identical resources. each process needs a maximum of two resources.---<u> Deadlock is not possible</u>.
<h3>What's deadlock explain?</h3>
A deadlock is a situation in which two computer programs participating the same resource are effectively precluding each other from penetrating the resource, performing in both programs ending to serve. The foremost computer operating systems ran only one program at a time.
<h3>What happens in deadlock?</h3>
Deadlock is a situation where a set of processes are blocked because each process is holding a resource and staying for another resource acquired by some other process
Learn more about deadlock:
brainly.com/question/25541016
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I would say the correct answer is cell protection. It is when you prevent others to edit or change the contents of certain cells in a sheet. In doing this, you first unlock all cells. Then, select the cells you want to lock then select the option to lock them. Hope this helped.
Answer: Option (C) is correct.
Explanation:
Constant returns to scale production function: When there is an increase in inputs (i.e capital and labor) as a result output increases by the same proportion.
For example: If the amounts of equipment and workers are both doubled in the production of bread then as a result the output of bread also doubled.
Suppose the capital and labor increases by 10% then as a result output also increases by 10%.
Answer:
b. Behavior modeling
Explanation:
Behaviour modeling is defined as a learning process where a person is shown how to do something and they are assisted to imitate the model shown.
In this type of model a person can learn through observation of the model. He now imitates what has been seen.
In the given scenario Dr. Jude has provided a variety of examples of the Presentation Zen approach to presentation design and delivery in action.
She designed her lectures/instructor commentaries using this approach and the DMP2 and DMP3 example projects also used the Presentation Zen approach. This is aimed at showing a model that should be imitated.
