a) \(\frac {Volume \, of \, ‘x’ \, spherical \, balls}{Base \, area \, of \, cylinder}\)
b) \(\frac {Volume \, of \, ‘x’ \, spherical \, balls}{2(Base \, area \, of \, cylinder)}\)
c) The volume of the cylinder + volume of the beaker
d) The volume of the cylinder – 2(volume of the beaker)
What is the formula to find the rise in the water level when ‘x’ spherical balls are dropped into a cylindrical beaker?
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answerhappygod
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What is the formula to find the rise in the water level when ‘x’ spherical balls are dropped into a cylindrical beaker?
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