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1 year ago

The degree to which a job is perceived to have a substantial impact on others inside or outside the organization is ________.

1 answer:

6 0

The degree to which a job is perceived to have a substantial impact on others inside or outside the organization is Task Significance.

Task significance is defined as perception or believe that an individual's job implies a positive influence and well-being on other people. It states about the help provided to the work or other co-worker.

The impact created by this is characterized by support, help and optimizing the external work environment by an individual doing the job. It can be seen through giving opportunity to a particular employee to do the task.

To learn more about Task Significance and other core job dimensions,

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Why might you choose an investment with high risk instead of one with low risk?

NeX [460]

The reason of choosing of investment with high risk instead of one with low risk because the high risks stocks, bonds are having more returns as compared to low risks, especially long term stocks.

<h3>What is high risk investment?</h3>

High risk investment is the one who have high chance of loss of capital or under-performance or have a great percentage of amount invested in some stocks.

Some high risk investments are Cryptocurrency, Individual Stocks, Initial Public Offerings, Venture Capital or Angel Investing, Real Estate and others.

Thus, The reason of choosing of investment with high risk instead of one with low risk

For more details about high risk investment, click here:

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8 0

2 years ago

Suppose you borrow $10,000 right now to start a business. If the terms of the loan require you to pay back $16,000 in 5 years, w

Alexxandr [17]

Answer:

r = 9.86%

Explanation:

The formula for calculating the future value of an invested amount yielding a compound interest is given by:

$FV=PV(1+\frac{r}{n})^{nt}$

where:

FV = future value = $16,000

PV = present value = $10,000

r = interest rate = ?

n = number of compounding period per year = 1

t = time in years = 5

∴ $16000=10000(1+\frac{r}{1})^{5}$

dividing both sides by 10,000

$\frac{16000}{10000} =\frac{10000(1+\frac{r}{1})^{5}}{10000}$

$1.6 = (1 + r)^{5}$

to remove the power of 5, we have to take the 5th root of both sides:

$(1.6)^{1/5} = (1 + r )^{5 * 1/5}$

Using your calculator:

1.09856 = 1 + r

∴ r = 1.09856 - 1 = 0.09856

r = 0.0986 = 9.86%

∴ r = 9.86%

8 0

3 years ago

Firms that truly adopt the marketing concept develop a distinct organizational culture based on a shared set of beliefs that mak

natita [175]

Answer:

True

Explanation:

Marketing is about to under understanding what generate values to the customer.

6 0

3 years ago

A financial ratio by itself tells us little about a company since financial ratios vary a great deal across industries. There ar

Sergio [31]

Answer:

When doing time trend analysis for financial ratios we can know how a company's ratio's have changed over time or if they have remained the same, so for example if a company's current ratio was less than 1 a year ago and is 3 now it means that the company was not very liquid a year ago but since then has made changes because of which it is liquid now, so we can see how a company has performed over a certain period of time.

On the other hand peer group analysis tells us how a company is performing compared to other companies in the same industry. For example if our cement company has a profit margin of 7% but the industry average is 15% we know that our company is doing something wrong or different as compared to the industry and we can look into it.

Explanation:

3 0

3 years ago

You are valuing an investment that will pay you $28,000 per year for the first 4 years, $43,000 per year for the next 12 years,

shepuryov [24]

Answer:

The value of the investment to you today is $441,751.52.

Note: The correct answer is is $441,751.52 but this is not included in the option. Kindly confirm the correct answer again from your teacher.

Explanation:

This can be determined using the following 5 steps:

Step 1. Calculation of today's of $28,000 per year for the first 4 years

This can be calculated using the formula for calculating the present value of an ordinary annuity as follows:

PV28,000 = P * ((1 - (1 / (1 + r))^n) / r) …………………………………. (1)

Where;

PV28000 = Present value or today's value of of $28,000 per year for the first 4 years = ?

P = Annual payment = $28,000

r = Annual discount return rate = 12%, or 0.12

n = number of years = 4

Substitute the values into equation (1) to have:

PV28,000 = $28,000 * ((1 - (1 / (1 + 0.12))^4) / 0.12)

PV28,000 = $85,045.78

Step 2. Calculation of today's of $43,000 per year for the next 12 years

Present value at year 4 can first be calculated using the formula for calculating the present value of an ordinary annuity as follows:

PV after 4 = P * ((1 - (1 / (1 + r))^n) / r) …………………………………. (2)

Where;

PV at 4 = Present value at year 4 = ?

P = Annual payment = $43,000

r = Annual discount return rate = 12%, or 0.12

n = number of years = 12

Substitute the values into equation (2) to have:

PV at 4 = $43,000 * ((1 - (1 / (1 + 0.12))^12) / 0.12)

PV at 4 = $266,358.09

Therefore, we have:

PV43000 = PV at 4 / (1 + r)^n .............................. (3)

Where;

PV43000 = Present value or today's value of of $43,000 per year for the first 12 years = ?

PV at 4 = $266,358.09

r = Annual discount return rate = 12%, or 0.12

n = number of years = 4

Substitute the values into equation (3) to have:

PV43000 = $266,358.09 / (1 + 0.12)^4

PV43000 = $169,275.38

Step 3. Calculation of today's of $69,000 per year for the next 16 years

Present value at year 12 can first be calculated using the formula for calculating the present value of an ordinary annuity as follows:

PV after 12 = P * ((1 - (1 / (1 + r))^n) / r) …………………………………. (4)

Where;

PV at 12 = Present value at year 12 = ?

P = Annual payment = $69,000

r = Annual discount return rate = 12%, or 0.12

n = number of years = 16

Substitute the values into equation (4) to have:

PV at 12 = $69,000 * ((1 - (1 / (1 + 0.12))^16) / 0.12)

PV at 12 = $481,205.04

Therefore, we have:

PV69000 = PV at 12 / (1 + r)^n .............................. (5)

Where;

PV69000 = Present value or today's value of of $69,000 per year for the first 16 years = ?

PV at 12 = $481,205.04

r = Annual discount return rate = 12%, or 0.12

n = number of years = 12

Substitute the values into equation (5) to have:

PV69000 = $481,205.04 / (1 + 0.12)^12

PV69000 = $123,513.35

Step 4. Calculation of today's of $61,000 per year for the next 13 years

Present value at year 16 can first be calculated using the formula for calculating the present value of an ordinary annuity as follows:

PV after 16 = P * ((1 - (1 / (1 + r))^n) / r) …………………………………. (6)

Where;

PV at 16 = Present value at year 16 = ?

P = Annual payment = $61,000

r = Annual discount return rate = 12%, or 0.12

n = number of years = 13

Substitute the values into equation (6) to have:

PV at 16 = $61,000 * ((1 - (1 / (1 + 0.12))^13) / 0.12)

PV at 16 = $391,836.45

Therefore, we have:

PV61000 = PV at 16 / (1 + r)^n .............................. (7)

Where;

PV61000 = Present value or today's value of of $61,000 per year for the first 13 years = ?

PV at 16 = $391,836.45

r = Annual discount return rate = 12%, or 0.12

n = number of years = 16

Substitute the values into equation (7) to have:

PV69000 = $391,836.45 / (1 + 0.12)^16

PV69000 = $63,917.01

Step 5. Calculation of the value of the investment to you today

This can be calculated by adding the values above:

PV = PV28,000 + PV43000 + PV69000 + PV69000 = $85,045.78 + $169,275.38 + $123,513.35 + $63,917.01 = $441,751.52

Therefore, the value of the investment to you today is $441,751.52.

4 0

2 years ago