A bullet of mass 10xx10^(-3) moving with a speed of 20ms^(-1) hits an ice block (0^(@)C) of 990g kept at rest on a frictionless floor and gets embedded in it. If ice takes 50% of K.E, the amount of ice melted (in grams) approximately is (J=4.2J/cal) (latent heat of ice=80cal/g)

A bullet of mass 10xx10^(-3) moving with a speed of 20ms^(-1) hits an

1.	A bullet of mass 10xx10^(-3) moving with a speed of 20ms^(-1) hits an ice block (0^(@)C) of 990g kept at rest on a frictionless floor and gets embedded in it. If ice takes 50% of K.E, the amount of ice melted (in grams) approximately is (J=4.2J/cal) (latent heat of ice=80cal/g)
Answer» 6 3 `6 XX 10^(-3)` `3 xx 10^(-3)` ANSWER :D