Hello from MrBillDoesMath!
Answer:
1283.3
Discussion:
Volume of figure =
volume of cone + volume of cylinder =
(1/3) Pi r^2 h + Pi r^2 h =
(1/3) Pi (7)^2* 7 + Pi (7)^2 * 6 =
Pi * 7^2 ( (1/3) *7 + 6) = => using PI is approx 22/7
(22/7) * 7^2 ( 7/3 + 6) =
(22/7)* 49 (25/3) = 1283.3
Thank you,
MrB
Answer:
Original Value= $361.21
Step-by-step explanation:
Giving the following information:
The value of the savings bond increases by 3% each year. One year after it was purchased, the value of the savings bond was $515.
<u>To calculate the original value of the bond, we need to use the following formula:</u>
OV= PV/(1+i)^n
OV= original value
PV= present value
i= increase rate
n= number of months
OV= 515 / (1,03^12)
OV= $361.21
Answer:
x=2,y=0
(You did not provide enough information for me to know what to do with said equations, so I'm assuming it was System of Equations.)
The answer could be .317
(not could be as in I don't know but could be as is it's an option)
The example I would be using is the level of a see-saw and take
a point 1 /x of the way amid the middle and the left end. If you change
the point vertically by f feet, the far right finish transfers vertically
by f×−x feet. If you push down, f would be negative then you are
multiplying two negative numbers for a positive result, this means that the
other end moves up.
