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3 years ago

Name two criminal justice careers that require a similar skillset and explain how this skillset aids in job performance.

1 answer:

5 0

Two criminal justice careers with the same skillset would be corrections officer & police officer. The similar skillset I see being useful in job performance would be verbal communication skills to question, talk, listen to people they serve. The second skillset would be physical stamina to walk, bend, carry extra gear, drive long distances.
These are just two examples. There are others you might identify as being important too.

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Jean says to Joan, "If you'll promise to feed my dog each day while I am out of town next week, I'll pay you $100." Joan replies

blsea [12.9K]

Answer:

When Joan said that she would feed Jean's dog

Explanation:

A verbal contract comes into existence when there is a proposal and the person who receives the offer accepts the conditions. When the offeror and the offeree comes into a verbal agreement (terms and conditions) the speaking acceptance becomes the contract into reality.

3 0

3 years ago

An individual is now 50 years old, that he plans to retire in 10 years, and that he expects to live for 25 years after he retire

Nutka1998 [239]

Answer:

Ans. He must save during each of the following 10 years, at the end of each year $32,452.

Explanation:

Hi, in order to find the amount of money that he should have in ten years so he can receive an annual payment of $65,156 for 25 more years (24 payments), we need to bring to present value all 24 payments to year 10. Let me show you the formula.

$PresentValue_{10} =\frac{A((1+r)^{n}-1) }{r(1+r)^{n} }$

Where:

A= $65,156

n= 24

r= 0.08

Therefore the present value in year 10 is:

$PresentValue_{10} =\frac{65,156((1+0.08)^{24}-1) }{0.08(1+0.08)^{24} }=686,012$

So that is our present value in year 10, or to put it in other words, our future value (if we look at it from year 0). Now we need to find the annuity (amount to save) that with account for $686,012, plus that $100,000 that he already has saved.

Every should look like this.

$686,012=100,000*(1+0.08)^{10} +\frac{A((1+0.08)^{10}-1) }{0.08(1+0.08)^{10} }$

And we solve this equation for "A".

$686,012=A(14.4865625)+215,892$

$A=\frac{(686,012-215,892)}{14.4865625} =32,452$

Best of luck.

5 0

3 years ago

Using these data from the comparative balance sheet of Blossom Company, perform vertical analysis. (Round percentages to 1 decim

vovikov84 [41]

Answer:

Account receivable % = Account Receivable/Total Assets x 100

Account receivable % = $ 497,000/$ 3,101,000 * 100

Account receivable % = 0.16027088 * 100

Account receivable % = 16.0%

Inventory % = Inventory/Total Assets *100

Inventory % = $ 735,000/$ 3,101,000 * 100

Inventory % = 0.2370203 * 100

Inventory % = 23.7 %

Total Assets = $3,101,000 = 100%

Account receivable % = Account Receivable/Total Assets * 100

Account receivable % = $ 435,000/$ 2,758,000 * 100

Account receivable % = 0.15772298 * 100

Account receivable % = 15.8%

Inventory % = Inventory/Total Assets * 100

Inventory % = $555,000/$ 2,758,000 * 100

Inventory % = 0.20123277 * 100

Inventory % = 20.1%

Total Assets = $2,758,000 = 100 %

7 0

3 years ago

Hedge funds are low risk because they are market-neutral. low risk if they buy Treasury bonds. low risk because they hedge their

erastovalidia [21]

Answer:

Hedge funds are: high risk, even though they may be market-neutral.

6 0

4 years ago

Let’s see how fees can hurt your investment strategy. Let’s assume that your mutual fund grows at an average rate of 5% per year

elena-14-01-66 [18.8K]

Answer:

We notice that the more the fees increase for a constant rate of return, the number of years it takes to double on the investment also increases. For example;

a). 15.6 years

b). 20 years

c). 28 years

Explanation:

The rule of 70 is a formula that can be used to estimate the number of years it will take an investment to double up.The formula is expressed as;

Number of years to double=70/Annual rate of return

a). Given;

Annual rate of return per unit of investment=5%

Annual fees per unit of investment=0.5%

Net rate of return=Annual rate of return-Annual fees=(5%-0.5%)=4.5%

Replacing;

Number of years to double=70/Net rate of return

=70/4.5=15.555 to nearest tenth=15.6 years

b). Given;

Annual rate of return per unit of investment=5%

Annual fees per unit of investment=1.5%

Net rate of return=Annual rate of return-Annual fees=(5%-1.5%)=3.5%

Replacing;

Number of years to double=70/Net rate of return

=70/3.5=20.0 to nearest tenth=20 years

c). Given

Annual rate of return per unit of investment=5%

Annual fees per unit of investment=2.5%

Net rate of return=Annual rate of return-Annual fees=(5%-2.5%)=2.5%

Replacing;

Number of years to double=70/Net rate of return

=70/2.5=28.0 to nearest tenth=28 years

We notice that the more the fees increase for a constant rate of return, the number of years it takes to double on the investment also increases

6 0

4 years ago