A small spherical ball of steel through a viscous medium with terminal velocity v. If a ball of twice the radius of the first one but of the same mass is dropped through the same method, it will fall with a terminals velocity (neglect buoyancy)

\frac{v}{2}

\frac{v}{2}

v

2 v

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A small spherical ball of steel through a viscous medium with terminal velocity v. If a ball of twice the radius of the first one but of the same mass is dropped through the same method, it will fall with a terminals velocity (neglect buoyancy)

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A small spherical ball of steel through a viscous medium with terminal velocity v. If a ball of twice the radius of the first one but of the same mass is dropped through the same method, it will fall with a terminals velocity (neglect buoyancy)

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