Physics, asked by ameenerh146, 3 months ago

a small sphere of radius 2.0mm and density 8.0×10^3kg/m^3.the viscous force F opposing the motion is proportional to the velocity v in m/s of the sphere and is given by the formula F=0.057V.calculate the terminal velocity of the sphere(g=10m/s^2)

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Answered by alexjoy352

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a small sphere of radius 2.0mm and density 8.0×10^3kg/m^3.the viscous force F opposing the motion is proportional to the velocity v in m/s of the sphere and is given by the formula F=0.057V.calculate the terminal velocity of the sphere(g=10m/s^2)​

Answers

a small sphere of radius 2.0mm and density 8.0×10^3kg/m^3.the viscous force F opposing the motion is proportional to the velocity v in m/s of the sphere and is given by the formula F=0.057V.calculate the terminal velocity of the sphere(g=10m/s^2)