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Three Masses Are Moving Along the X-Axis

Question 41

Multiple Choice

Three masses are moving along the x-axis. Their masses and velocities are: Three masses are moving along the x-axis. Their masses and velocities are: with , with , and with (the minus sign indicating this velocity is in the negative x-direction) . The three masses collide and stick together in a completely inelastic collision. What is the resultant velocity of the combined mass? A) 0, since their combined momentum is zero. B) C) D) with Three masses are moving along the x-axis. Their masses and velocities are: with , with , and with (the minus sign indicating this velocity is in the negative x-direction) . The three masses collide and stick together in a completely inelastic collision. What is the resultant velocity of the combined mass? A) 0, since their combined momentum is zero. B) C) D) , Three masses are moving along the x-axis. Their masses and velocities are: with , with , and with (the minus sign indicating this velocity is in the negative x-direction) . The three masses collide and stick together in a completely inelastic collision. What is the resultant velocity of the combined mass? A) 0, since their combined momentum is zero. B) C) D) with Three masses are moving along the x-axis. Their masses and velocities are: with , with , and with (the minus sign indicating this velocity is in the negative x-direction) . The three masses collide and stick together in a completely inelastic collision. What is the resultant velocity of the combined mass? A) 0, since their combined momentum is zero. B) C) D) , and Three masses are moving along the x-axis. Their masses and velocities are: with , with , and with (the minus sign indicating this velocity is in the negative x-direction) . The three masses collide and stick together in a completely inelastic collision. What is the resultant velocity of the combined mass? A) 0, since their combined momentum is zero. B) C) D) with Three masses are moving along the x-axis. Their masses and velocities are: with , with , and with (the minus sign indicating this velocity is in the negative x-direction) . The three masses collide and stick together in a completely inelastic collision. What is the resultant velocity of the combined mass? A) 0, since their combined momentum is zero. B) C) D) (the minus sign indicating this velocity is in the negative x-direction) . The three masses collide and stick together in a completely inelastic collision. What is the resultant velocity of the combined mass?


A) 0, since their combined momentum is zero.
B) Three masses are moving along the x-axis. Their masses and velocities are: with , with , and with (the minus sign indicating this velocity is in the negative x-direction) . The three masses collide and stick together in a completely inelastic collision. What is the resultant velocity of the combined mass? A) 0, since their combined momentum is zero. B) C) D)
C) Three masses are moving along the x-axis. Their masses and velocities are: with , with , and with (the minus sign indicating this velocity is in the negative x-direction) . The three masses collide and stick together in a completely inelastic collision. What is the resultant velocity of the combined mass? A) 0, since their combined momentum is zero. B) C) D)
D) Three masses are moving along the x-axis. Their masses and velocities are: with , with , and with (the minus sign indicating this velocity is in the negative x-direction) . The three masses collide and stick together in a completely inelastic collision. What is the resultant velocity of the combined mass? A) 0, since their combined momentum is zero. B) C) D)

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