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Lana71 [14]
1 year ago
5

you invest $15,000 at an annual rate of 8.25or one year. what is the difference in interest earned if your investment is compoun

ded on a monthly basis instead of an annual basis?
Business
1 answer:
harina [27]1 year ago
8 0

The difference in interest earned if your investment is compounded on a monthly basis instead of an annual basis is $1185

"8.25% interest" denotes an interest rate of 8.25% yearly, compounded. "8.25% interest compounded monthly" refers to the annual interest rate, which is 8.25% and is compounded every month. The interest rate is, therefore (8.25%) / (12) = 0.6875% monthly. It is clear what is meant by "0.6875% interest per month compounded monthly." Problems must be resolved in terms of the compounding period rather than years when the compounding period is not annual.

P = 15000, r = 0.0825 (8.25%), n = 12 , and t = 1 (given)

Using the formula for monthly compound interest,

CI = P (1 +\frac{r}{n})^{nt}  - P

CI = 15000 [1 + (0.0825 / 12)] ¹² - 15000

CI = (15000 * 1.086) - 15000

CI = 16290 - 15000

CI = 1290

Therefore, Compound Interest when compounded on monthly basis will be $1290.

Annual Compound Interest:

CI = P (1 +\frac{r}{n})^{nt}  - P

CI =  15000 [1 + (0.0825 / 12)] ¹ - 15000

CI = (15000 * 1.007) - 15000

CI = 15105 - 15000

CI = $105

Therefore, Compound Interest when compounded annually will be $105.

The difference in interest earned  if the investment is compounded monthly instead of annual basis will be

Difference = $1290 - $105 = $1185

To know more about Compound Interest, refer to this link:

brainly.com/question/20406888

#SPJ4

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The Ralston Company manufactures a special line of graphic tubing items. The company estimates it will sell 81,000 units of this
Oksanka [162]

Answer:

c. $453,500

Explanation:

The computation of materials requirements (in feet) is shown below:-

Estimated sales                      $81,000

Add Ending inventory            $16,000

Less Opening inventory        $26,000

Units for production budget  $71,000

Production units                      $426,000

($71,000 × 6)

Add Ending reserve                 $106,500

($426,000 ÷ 12 × 3)

Less Beginning reserve of

feet                                              $79,000

Materials requirements           $453,500

Therefore the materials requirements (in feet) for 2016 is $453,500

7 0
3 years ago
Given the following information, what is the standard deviation of the returns on a portfolio that is invested 40 percent in Sto
olasank [31]

Answer:

The correct option is e. 11.86 percent.

Explanation:

Note: The data in this question are merged together and they are therefore sorted before answering the question. See the attached pdf for the full question with the sorted data.

The standard deviation of the returns on a portfolio can now be calculated using the following steps:

Step 1: Calculation of expected returns under each state of the economy

This can be calculated using the following formula:

Expected return under a state of the economy = (Percentage invested in Stock A * Return of Stock A under the state of the economy) + (Percentage invested in Stock B * Return of Stock B under the state of the economy) + (Percentage invested in Stock C * Return of Stock C under the state of the economy) …………… (1)

Substituting the relevant values into equation (1), we have:

Expected return under Normal = (40% * 14.3%) + (35% * 16.7%) + (25% * 18.2%) = 0.16115

Expected return under Recession = (40% * (-9.8%)) + (35% * 5.4%) + (25% * (-26.9%)) = -0.08755

Step 2: Calculation of expected return of the portfolio

This can be calculated using the following formula:

Portfolio expected return = (Probability of Normal Occurring * Expected Return under Normal) + (Probability of Recession Occurring * Expected Return under Recession) …………………. (2)

Substituting the relevant values into equation (2), we have:

Portfolio expected return = (0.65 * 0.16115) + (0.35 * (-0.08755)) = 0.074105

Step 3: Calculation of the variance of the returns on the portfolio

This can be calculated using the following formula:

Variance of the portfolio = (Probability of Normal Occurring * (Expected Return under Normal - Portfolio expected return)^2) + (Probability of Recession Occurring * (Expected Return under Recession - Portfolio expected return)^2) …………………….. (3)

Substituting the relevant values into equation (3), we have:

Variance of the portfolio = (0.65 * (0.16115 - 0.074105)^2) + (0.35 * (-0.08755 - 0.074105)^2) = 0.014071259475

Step 4: Calculation of the standard deviation of the returns on the portfolio

This can be calculated using the following formula:

Standard deviation of the portfolio = Variance of the portfolio^0.5 ............. (4)

Substituting the variance of the portfolio obtained in step 3 into equation (4), we have:

Standard deviation of the portfolio = 0.014071259475^0.5 = 0.118622339696197, or 11.8622339696197%

Rounding to 2 decimal places, we have:

Standard deviation of the portfolio = 11.86%

This implies the standard deviation of the returns on the portfolio is 11.86%.

Therefore, the correct option is e. 11.86 percent.

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