Answer: 43
Step-by-step explanation: 37 + 24 = 61
61 - 18 = 43
So basically we need to find the volume of this cone-shaped building first.
The formula for the volume of a cone:

Where r is the radius and h is the height.
1.) Plug in 11.4 for h because 11.4 is the height:

2.) The diameter is 12, and the radius is just half of that. So the radius is 6. Plug in 6 for r because 6 is the radius:

3.) Plug in 3.14 for π because the directions told you to:

4.) Simplify:

5.) Simplify further:
V = 429.552
So the volume of the building is 429.552 meters cubed.
If 1 cubic meter = $20, how much money will 429.552 cubic meters cost?
Multiply 429.552 on both sides:
1 cubic meter (*429.552) = $20 (*429.552)
429.552 cubic meter = $8591.04
That means that 429.552 cubic meters will cost a total of $8591.04 :)
Answer:
6.91666666667
Step-by-step explanation:
Do You want me to graph it for you or what
Answer: a) yNA/100
b) NA(y-x)/100
c) (NA)/B
Step-by-step explanation:
a) The total amount of dollars owned by the shares' owner = N number of shares × A dollars per share = NA dollars
This total is then transferred to buy B shares which then appreciates by y%.
The amount of increase in portfolio from January to June = y% of total dollars invested = y% of NA dollars = yNA/100
b) If the shares were left with A, the increase in portfolio from January to June would be x% and = x% of the total Dollar amount = x% of NA dollars = xNA/100
How much more money made in that time would be the difference in interest, between taking the dollars to invest in share B or keeping the dollars on investment A
That is, (yNA/100) - (xNA/100) = NA(y-x)/100
c) Total dollars available after sale of the A stock = NA
Number of B stock this dollar can buy = Total dollars available/amount of B stock per share
That is, (NA)/B
QED!