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Calculate the buoyant force (in N) acting on a 250 g rubik's cube of side length 8 cm, if only half of it is submerged in kerosene. The rubik's cube is hanging by a thread. Density of kerosene is 0.8 g cm−3. Take g=10 m s−2.2.048 |
Answer» Calculate the buoyant force (in N) acting on a 250 g rubik's cube of side length 8 cm, if only half of it is submerged in kerosene. The rubik's cube is hanging by a thread. Density of kerosene is 0.8 g cm−3. Take g=10 m s−2.
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