A gas station stores its gasoline in a tank underground. The tank is a cylinder lying horizontally on its side. The radius is 5 ft, the length is 13 ft, and the top of the tank is 10 feet under the ground. The density of gasoline is 42 lb/ ft3

a) Consider a slice of gasoline that is Δy ft thick and located y ft above the center of the cylinder. Write an expression giving the work required to pump the slice out. Give your answer using the form below. (Use Deltay for Δy if necessary.)
Density · Volume of slice · Displacement of slice

Question

A gas station stores its gasoline in a tank underground. The tank is a cylinder lying horizontally on its side. The radius is 5 ft, the length is 13 ft, and the top of the tank is 10 feet under the ground. The density of gasoline is 42 lb/ ft3

a) Consider a slice of gasoline that is Δy ft thick and located y ft above the center of the cylinder. Write an expression giving the work required to pump the slice out. Give your answer using the form below. (Use Deltay for Δy if necessary.)
Density · Volume of slice · Displacement of slice

anonymous · Answer

I have the density and displacement I just need the volume and to know the integral

anonymous · Answer

|dw:1381960599245:dw|
Is this how the cylinder is placed?

anonymous · Answer

I believe so