Question

a metallic sphere of radius 2.0 cm is completely immersed in a liquid find the force of buoyancy on it ​

Answer 1

acc to the chemistry has been a long way, we will be able the meaning and I will be able

Answer 2

(32π/3)*∆*9.81

where ∆ is density of liquid in g/cm^3 and g is acceleration due to gravity in cm/s^-2. g is 981cm/s^-2

Explanation:

buoyant force is simply equal to weight of water displaced by the metallic sphere. This is equal to:-

(volume *density *acc. due to gravity)