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3 years ago

7

A specific purpose statement is one of the first tools you can use to develop your speech. You will develop your specific purpos

e statement after determining your general purpose and your topic area.
age
expectation
ethnicity
knowledge
gender
affiliation

2 answers:

igor_vitrenko [27]3 years ago

8 0

The answer to your question would be age! lol

Pavel [41]3 years ago

5 0

Age is the answer for the question

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The break-even point is that level of activity where:

ycow [4]

Dddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddd

3 0

3 years ago

Better Chocolates has a new project that requires $838,000 of equipment. What is the depreciation in Year 6 of this project if t

DIA [1.3K]

Answer:

d. $74,749.60 ( depreciation allowance @ 8.92% )

Explanation:

Under Modified Accelerated Cost Recovery System the Office furniture and fixtures, agricultural machinery and equipment, any other property not associated with another class is classified as 7-years property.

These assets are depreciated as follows:

Year Percentage Depreciate

1 14.29%

2 24.49%

3 17.49%

4 12.49%

5 8.93%

6 8.92%

7 8.93%

8 4.46%

In the Sixth year depreciation will be charged by 8.92%.

Asset Value = $838,000

Depreciation Allowance in 6th year = $838,000 x 8.92%

Depreciation Allowance in 6th year = $74749.60

*Option for the given Mcqs are missing and written as follows:

Select one:

a. $80,411.60

b. $74,833.40

c. $89,108.00

d. $74,749.60

e. $89,327.08

4 0

4 years ago

Regina Henry deposited $20,000 in a money market certificates that provides interest of 10% compound and quarterly if the amount

Andrews [41]

Answer:

Regina: Final amount=$62,769

Will Smith: Present value: $213,216

Explanation:

Regina:

Compound quarterly means that each quarter of the year ( every three months) she will receive a 10% interest rate of her deposit. To convert this periodic rate to an annual rate( because the problem ask you about years) you use this formula :

Annual rate= ((1+Periodic rate)^(# periods))-1

In this case the number of periods means the number of quarters a year have, which is 4

Annual rate= ((1+10%)^(4))-1= 46.41%

To find the final amount Regina has after 3 year we use this formula:

Final Capital (FC)= Initial Capital (IC)*[(1+interest(i))]^(number of periods(n))

FC= $20,000*[(1+46.41%)^3]

FC=$62,769 I attached an excel figure which shows a more detailed data.

Will Smith

Semiannually means that every 6 months Will Smith will receive a 12% interest rate of the initial investment. To convert this periodic rate to an annual rate you use the same above formula:

Annual rate= ((1+Periodic rate)^(# periods))-1

In each year Will will receive twice the interest rate over the initial investment

Annual rate = ((1+12%)^(2))-1

Annual rate= 25.44%

The present value of $80,000 from now to 5 years is calculated using the formula attached, but I used Excel. First you have to copy all the cash flows of the 5 years. Then, you set the interest rate that in this case is the one that you found above( 25.44%). Finally you use the financial formula "NPV" in this way:

"=NPV(25.44%;C4:C8)" I used C4:C8 because in those excel cells i copied the cash flows.

I got that the present value of this amount is $213,216

5 0

4 years ago

The board of directors declared cash dividends totaling $585,000 during the current year. The comparative balance sheet indicate

Lelechka [254]

Answer:

$606,375

Explanation:

The computation of the amount of cash payments to stockholders is shown below:

= Beginning dividend payable + cash dividend declared - ending dividend payable

= $167,625 + $585,000 - $146,250

= $606,375

We simply added the dividend declared amount and deducted the ending dividend payable to the beginning dividend payable so that the accurate amount can come.

5 0

3 years ago

Use the information below to calculate the number of orders per year when using the EOQ: Annual demand for an item is 43,000 uni

IRINA_888 [86]

Answer:

The closest answer is 49.

Explanation:

Given that,

Annual demand, D = 43,000 units

Ordering cost, O = $200

Per unit cost of the item = $50

Annual holding cost, H = annual holding rate × Per unit cost of the item

= 35% × $50

= $17.5

$EOQ=\sqrt{\frac{2\times D\times O}{H} }$

$EOQ=\sqrt{\frac{2\times 43,000\times 200}{17.5} }$

= 991.39

= 992 units

Therefore,

Number of orders per year = Annual demand ÷ EOQ

= 43,000 ÷ 992

= 43.34

Hence, the closest answer is 49 and this is not given in the question.

5 0

3 years ago