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Temperature

a bullet of m...

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a bullet of mass 1gm moving with a speed of 20 m/s hits an ice block of mass 990 gm kept on a frictionles floor and gets struck in it the amount of ice that melts if 50% of the lost kinetic energy goes to ice will b

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Similar questions

Q. A bullet of mass of

10 g m

moving with a speed of

20 m / s

hits an ice block of mass

990 g m

kept on a frictionless floor and gets stuck in it. How much ice will melt if

50 %

of the lost Kinetic energy goes to ice?
(Temperature of ice block

= 0^{\circ} C)

Q. A bullet of mass

10 g

moving with a speed of

20 m / s

hits an ice block of mass

990 g

kept on a frictionless floor and gets stuck in it. How much ice will melt if

50 %

K E

goes to ice? (initial temperature of the ice block and bullet

= 0^{\circ} C

Q. A bullet of mass

10 g

moving with a speed of

20 m/s

hits an ice block of mass

990 g

kept on a floor and gets stuck in it. How much ice will melt if

50 %

of the lost KE goes to ice? (initial temperature of the ice block and bullet =

0^{\circ} C

)

Q. A bullet of mass

20 g

moving with a speed of

20 m/s

hits on ice block of mass

990 g

kept on a frictionless floor and gets stuck in it. How much ice will melt if

50 %

KE

goes to ice?
(initial temperature of the ice block and bullet

= 0^{\circ} C

and the latent heat of fusion of ice is,

L = 336000 J/kg)

Q. A bullet of mass

10 g

moving with a speed of

20 m/s

hits an ice block of mass

990 g

kept on a floor and gets stuck in it. How much ice will melt if

50 %

of the lost KE goes to ice? (initial temperature of the ice block and bullet =

0^{\circ} C

)

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