Answer:
PV= $9,355.78
Explanation:
Giving the following information:
If $ 9,000 is invested in a certain business at the start of the year, the investor will receive $ 2,700 at the end of each of the next four years.
Interest rate= 6%.
First, we need to find the final value
FV= {A*[(1+i)^n-1]}/i
A= payment
FV= {2,700*[(1.06^4)-1]}/0.06= 11,811.46
Now, we calculate the present value:
PV= FV/(1+i)^n
PV= 11,811.46/1.06^4= $9,355.78
The function of <em>gathering, sorting, and dispersing</em> books required for a literature course by the college bookstore is an example of <em>b. logistical functions that intermediaries perform.</em>
The bookstore is an intermediary between the students (customers) and the publishers (suppliers) of the literature book. The bookstore <em>is not performing a transactional, transitional, or facilitating function. </em>
Thus, the college bookstore performs a logistical function by managing the <em>inventory, transportation, and warehousing needs</em> of the college.
Learn more:brainly.com/question/18686811
Answer:
Dividend yield is 2.91 %.
Explanation:
Dividend yield = Annual Dividend per Share / Stock Price per Share × 100
<em>where,</em>
Annual Dividend per Share = Total Dividends ÷ Total Number of Shares
= $835 ÷ 500
= $1.67
<em>then,</em>
Dividend yield = $1.67 / $57.48 × 100
= 2.905 or 2.91 %
Answer:
$950 in order to maximize the revenue.
Explanation:
The computation of monthly rent in order to maximize revenue is shown below:-
R (x) = Rent price per unit × Number of units rented
= ($900 + $10 x) × (100 - x)
= $90,000 - 900 x + 1000 x - 10 x^2
R (x) = -10 x^2 + 100 x + $90,000
Here to maximize R (x), we will find derivative and equal it to zero
R1 (x) = -20 x + 100 = 0
20 x = 100
x = 5
Therefore the monthly rent is p(5) = $900 + 10(5)
= $900 + 50
= $950 in order to maximize the revenue.