A body of mass 50 kg has a volume 0.049 $m^{3}$ '. The buoyant force on it is

50 kg f

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50 N

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49 N

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49 kg f

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Solution

The correct option is D 49 kg f
Since the net upward force must be equal to the net downward force. So, buoyant force = mg=50x9.8=49kgf

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A body of mass 50 kg has a volume 0.049 m3'. The buoyant force on it is

The correct option is D 49 kg fSince the net upward force must be equal to the net downward force. So, buoyant force = mg=50x9.8=49kgf

A body of mass 50 kg has a volume 0.049 $m^{3}$ '. The buoyant force on it is

The correct option is D 49 kg f
Since the net upward force must be equal to the net downward force. So, buoyant force = mg=50x9.8=49kgf