Answer:
It will take 98 months to pay-off the loan
Explanation:
We need to solve for time (n) in a given annuity:
C $60.00
time n
rate 0.011583333 (0.139 annual / 12 months)
PV $3,500.0000
now, we use logarithmics properties to solve for n:
-n = -97.77655542
n = 97.77 = 98
Answer:
c. Monopolistic Competition
Explanation:
Multiple Options <em>"a. Monopoly b. Oligopoly c. Monopolistic competition d. Perfect competition"</em>
Monopolistic Competition is the type of market structure that has many small firms that spend money in order to differentiate their products through advertising. Here, the products are differentiated and the buyers are made aware of these differences through advertising and promotion. These costs represent a significant part of the total cost under monopolistic competition.
Answer:
People have become more health conscious.
Explanation:
I paased this lesson with an 100%.
Based on the returns on Digital Cheese and Executive Fruit, the variance and standard deviation of each stock is:
Variance:
- Digital cheese = 56.8
- Executive fruit = 34.8
Standard deviation:
- Digital cheese = 7.5
- Executive fruit = 5.9
This means that Digital Cheese is riskier if held alone.
<h3 /><h3>What are the variances and standard deviations of the stock?</h3>
Using a spreadsheet, one can order the given returns and then find the variance using mathematical functions.
When this is done, the variances on Digital cheese and Executive fruit would be 56.8 and 34.8 respectively.
You can then take the square roots of these variances to find the standard deviations as 7.5 and 5.9 respectively.
Because Digital Fruit has a higher standard deviation, it is considered to be riskier in terms of returns.
Find out more on the standard deviation of returns at brainly.com/question/17191184.
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Answer:
$19,708,745
Explanation:
We first have to calculate the present value of the bonds:
Nper = 20 (10 years x 2 payments per year)
R = 11% / 2 = 5.5%
Payment = 83 / 2 = 41.50
Future value = 1,000
PV = ?
To calculate the present value we can use an excel spreadsheet and the present value function =PV(5.5%,20,41.5,1000) = $838.67
Now we calculate how many bonds were issued = $23,500,000 / $1,000 = 23,500 bonds.
To determine the market value of the debt outstanding we multiply the present value of the bonds times the total number of bonds outstanding
= $838.67 x 23,500 = $19,708,745