A lead bullet strikes against a steel plate with a velocity `200ms^-1`. If the impact is perfectly inelastic and the heat produced is equally shared between the bullet and the target, thent he rise in temperature of the bullet is (specific heat capacity of lead `=125Jkg^-1K^-1`)

A lead bullet strikes an iron wall with a velocity of 400 ms^( -1). If the bullet falls dead and the heat produced is equally shared between bullet and the wall find the rise in temperature of the bullet. Given, specific heat of bullet = 125.6 J kg ^(-1) K ^(-1).

A lead bullet (specific heat=0.032cal/gm .^(@)C ) is completely stopped when it strikes a target with a velocity of 300m/s. the heat generated is equally shared by the bullet and the target. The rise in temperature of bullet will be

A lead bullet (Specific heat= 0.032" cal/gm"^(@)C ) is completely stopped when it strikes a target with a velocity of 300 m/s . The heat generated is equally shared by the bullet and the target. The rise in temperature of bullet will be

A lead bullet strikes a target with a velocity of 500 ms^(-1) and the bullet falls dead. Calculate the rise in temperature of the bullet assuming that 40% of the heat produced is used in heating the bullet. Given specific heat of lead = 0.03 cal g^(-1).^(@)C^(-1), J = 4.2 J cal^(-1) .

A lead bullet strikes a target with velocity of 480 m/s . If the bullet falls dead , then the rise in temperature of bullet is , (Assuming that heat produced is equally shared between the bullet and target. ) ?( J= 4.2 xx 10^3 J/kcal, C = 0.03 Kcal/kg^@K )