Question

Consider these dimensions for a cylindrical aquarium.

25 ft
Which formula represents the correct way to find the
amount of water needed to fill the aquarium?
O V=(25)(14)
O V=(25)(14)
O v=142(25)
O v=r252(14)

Answer 1

D: V=π25²(14)

Explanation:

Since we have a cylindrical aquarium we have to find the steps to set up an equation

First we find the radius of the aquarium but we should know that the radius is at the base which is 25 because the base is 50 and we cut 50 into half which is 25

Then we find the height of the aquarium and the height should be: 14 ft

Now since we have the radius and height then we set up an equation

We have to use this formula to find how much water can it hold: V=πr²(h)

Now we plug in the radius and height: V=π25²(14)

Then we solve it: V=π25²(14) > V=π(625)(14) > V=8750(π) > 27488.9357189

Last we round it to the nearest hundredth: 27488.9357189 > 27,488.94

So the equation is: V=π25²(14)

The amount of water it can hold is: 27,488.94

Answer 2

the answer isD). V=Pi252(14)

Explanation:

i just did it.