SOLUTION: Ten Spheres of radius 1cm are immersed in liquid contained in a vertical cylinder of radius 6cm calculate the rise in the level of the liquid in the cylinder

Algebra ->  Surface-area -> SOLUTION: Ten Spheres of radius 1cm are immersed in liquid contained in a vertical cylinder of radius 6cm calculate the rise in the level of the liquid in the cylinder       Log On


   

Question 1106376: Ten Spheres of radius 1cm are immersed in liquid contained in a vertical cylinder of radius 6cm calculate the rise in the level of the liquid in the cylinder
Found 2 solutions by ankor@dixie-net.com, ikleyn:
Answer by ankor@dixie-net.com(22740) About Me  (Show Source):
You can put this solution on YOUR website!
Ten Spheres of radius 1cm are immersed in liquid contained in a vertical cylinder of radius 6cm calculate the rise in the level of the liquid in the cylinder
:
Find the volume of the 10 spheres
V = 10 * 4%2F3pi%2A1%5E3
V = 41.888 cu/cm
:
let h = the height increase of the water in the cylinder for 41.888 cu/cm
pi%2A6%5E2%2Ah = 41.888
113.097h = 41.888
h = 41.888%2F113.097
h = .37 cm rise in the water

Answer by ikleyn(52781) About Me  (Show Source):
You can put this solution on YOUR website!
.
See the lesson
    - Water level rise in a tank after submerging bodies
in this site.

You will find there the solutions to many other problems on the rising the level of the liquid in a container
when the bodies are submersing to the liquid.