Answer:
Break-even point in units= 450,000 units
Explanation:
Giving the following information:
Desired profit= $250,000
Sales price is $9
Unitary variable cost= $8
Total fixed costs are $200000
To determine the number of units required, we need to use the break-even point formula, including the desired profit.
Break-even point in units= (fixed costs + desired profit) / contribution margin per unit
Break-even point in units= (200,000 + 250,000) / ( 9 - 8)
Break-even point in units= 450,000 units
Answer:
$462
Explanation:
The computation of the net present value is shown below:
= Present value of all year cash inflows by considering the salvage value - initial investment
where,
Present value of all year cash inflows by considering the salvage value is
= Annual cash flows × PVIFA factor for 4 years at 15% + Salvage value × discount rate at 4 year on 15%
= $54,000 × 2.855 + $11,000 × 0.572
= $154,170 + $6,292
= $160,462
And, the initial investment is $160,000
So, the net present value is
= $160,462 - $160,000
= $462
We simply applied the above formula to determine the net present value
Refer to the PVIFA table and discount factor table
This is the answer but the same is provided in the given option
The action taken by Bill Gates in acquiring the shares of a small software company is called a tender offer.
<h3>What is a tender offer?</h3>
A tender offer is a type of offer given by an investor in respect of purchasing the shares of a public entity at a value within a defined period.
When Bill Gates offered to take over the shares of a small software entity at a cost that can attract the share investors to sell them off in the market. This action of Bill Gates tends to initiate a tender offer for the shareowners of the software entity.
Therefore, the tender offer is the action being taken by the founder of Microsoft company.
Learn more about Bill Gates in the related link:
brainly.com/question/1385934
#SPJ1
Answer:
Option C) 1537
Explanation:
We are given the following in the question:
Population standard deviation = $5000
95% confidence interval width = $500
Thus, margin of error = $250
Formula for margin of error =


Putting values, we get,

Thus, the correct answer is
Option C) 1537