An initially stationary box on a frictionless floor explodes into two pieces, piece A with mass `m_(A)` and piece B with mass `m_(B)`. Two pieces then move across the floor along x-axis. Graph of position versus time for the two pieces are given

Which graphs pertain to physically possible explosios?

Comprehension # 8 An initially stationary box on a frectionless floor explodes into two places, places A with mass m_(A) and piece B with mass m_(B) . Two pieces then move across the floor along x-axis. Graph of position versus time for the two pieces are given. Which graphs pertain to physically possible explosions ?

Comprehension # 8 An initially stationary box on a frectionless floor explodes into two places, places A with mass m_(A) and piece B with mass m_(B) . Two pieces then move across the floor along x-axis. Graph of position versus time for the two pieces are given. Which graphs pertain to physically possible explosions ?

An initially stationary box on a frictionless floor explodes into two pieces, piece A with mass m_(A) and piece B with mass m_(B) . Two pieces then move across the floor along x-axis. Graph of position versus time for the two pieces are given If following graphs are possible then, in which of the following cases external impulse must be acting on the box?

An initially stationary box on a frictionless floor explodes into two pieces, piece A with mass m_(A) and piece B with mass m_(B) . Two pieces then move across the floor along x -axis. Graph of position versus time for the two pieces are given If graphs are possible then. in which of the following case, external impulse must be acting on the box?

An initially stationary box on a frectionless floor explodes into two places, places A with mass m_(A) and piece B with mass m_(B) . Two pieces then move across the floor along x-axis. Graph of position versus time for the two pieces are given. If all the graphs are possible then, in which of the following cases external force must be acting on the box :-

An initially stationary box on a frictionless floor explodes into two pieces, piece A with mass m_(A) and piece B with mass m_(B) . Two pieces then move across the floor along x-axis. Graph of position versus time for the two pieces are given Based on the above question. Match column A with the column B.

An initially stationary box on a frectionless floor explodes into two places, places A with mass m_(A) and piece B with mass m_(B) . Two pieces then move across the floor along x-axis. Graph of position versus time for the two pieces are given. Baed on the above question, Match column A with the column B. {:(,"Column A",,"Column B (Graph number)",),((P),m_(A) = m_(B),,I,),((Q),m_(A) gt m_(B),,II,),((R ),m_(A) lt m_(B),,III,),(,,,IV,),(,,,V,),(,,,VI,):}

An initially stationary box on a frectionless floor explodes into two places, places A with mass m_(A) and piece B with mass m_(B) . Two pieces then move across the floor along x-axis. Graph of position versus time for the two pieces are given. Baed on the above question, Match column A with the column B. {:(,"Column A",,"Column B (Graph number)",),((P),m_(A) = m_(B),,I,),((Q),m_(A) gt m_(B),,II,),((R ),m_(A) lt m_(B),,III,),(,,,IV,),(,,,V,),(,,,VI,):}

An initially stationary device lying on a frictionless floor explodes into two pieces and slides across the floor. One piece is moving in positive x-direction then other piece is moving in