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A bullet of mass 10×10−3 kg moving with a speed of 20 ms−1 hits an ice block (0∘C) of mass 990 g kept at rest on a frictionless floor and gets embedded in it. If ice takes 50% of K.E lost by the system, the amount of ice melted (in grams) approximately is (Latent heat of ice =80 cal/g) |
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Answer» A bullet of mass 10×10−3 kg moving with a speed of 20 ms−1 hits an ice block (0∘C) of mass 990 g kept at rest on a frictionless floor and gets embedded in it. If ice takes 50% of K.E lost by the system, the amount of ice melted (in grams) approximately is |
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