A spherical iron ball 10 cm in radius is coated with a layer of ice of unirform thichness that melts at a rate of `50cm^3`/min. when the thickness of ice is 5 cm, then the rate at which the thickness of ice decreases, is

A spherical iron ball 10 cm in radius is coated with a layer of ice of uniform thickness that melts at a rate of 50cm^3//min . When the thickness of ice is 5 cm, then the rate at which the thickness of ice decreases is

A spherical iron ball 10 cm in radius is coated with a layer of ice of uniform thickness that melts at a rate of 50 cm^(3)// min. When the thickness of ice is 5 cm, then the rate at which the thickness of ice decreases, is :

A spherical iron ball 10 cm in radius is coated with a layer of ice of uniform thickness that melts at a rate of 50 cm^(3)//min. When the thickness of ice is 5 cm, then the rate at which the thickness of ice decreases, is:

A spherical iron ball 10cm in radius is coated with a layer of ice of uniform thickness that melts at a rate of 50cm^(3)/min .When the thickness of ice is 5cm ,then find the rate at which the thickness of ice decreases.

A spherical iron ball 10 cm in radius is coated with a layer of ice of uniform thickness that melts at a rate of 50 cm^(3)//min . When the thickness of ice is 5 cm, then find the rate at which the thickness of ice decreases.

A spherical iron ball 10cm in radius is coated with a layer of ice of uniform thickness that melts at a rate of 50c m^3//m in . When the thickness of ice is 5cm, then find the rate at which the thickness of ice decreases.

A spherical iron ball 10cm in radius is coated with a layer of ice of uniform thickness that melts at a rate of 50c m^3//m in . When the thickness of ice is 5cm, then find the rate at which the thickness of ice decreases.

A spherical iron ball 10cm in radius is coated with a layer of ice of uniform thickness that melts at a rate of 50c m^3//m in . When the thickness of ice is 5cm, then find the rate at which the thickness of ice decreases.