# A bomb of mass 3m kg explodes into two pieces of mass m kg and 2m kg. If the velocity of m kg mass is 16 m s-1, the total kinetic energy released in the explosion is (a) 192m J (b) 96m J (c) 384m J (d) 768m J

## Question ID - 152112 :- A bomb of mass 3m kg explodes into two pieces of mass m kg and 2m kg. If the velocity of m kg mass is 16 m s-1, the total kinetic energy released in the explosion is (a) 192m J (b) 96m J (c) 384m J (d) 768m J

3537

192m J

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 The following graph shows a plot of total energy minus potential energy of the particle as a function of position. (A)   The graph is also a plot of kinetic energy of the particle as a function of position. (B)   The allowed region is between AB and BC (C)   The allowed region is between AB and CD (D)   The allowed region is between BC Which of the following options is/are true? (a) Statement (B) and (D) are true. (b) Statement (A) and (C) are true. (c) Statement (A) and (B) are true. (d) Statement (C) and (D) are true. 