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Three block elastic. blocks are placed on a frictionless surface. Two blocks of same mass Me = M, = 2.00 [kg] are moving toward a middle third block with mass m = 1.00 [kg]. The left moves with speed up = 3.00 [m/s], the right block moves with speed v0 = 2.00 [m/s], and the middle block is initially at rest. All succeeding collision are head-on and M₁ ио m Vo Me initially collides with m. What are their velocities after collision? Velocity of Me after the collision: Velocity of m after the collision: Mr After collision with Me, m now collides with Mr. What are the velocities of m and M, after the second collision? Velocity of M, after the second collision: Velocity of m after the second collision: Velocity of m after the third collision: After collision with M,, m now collides with Me. What are the velocities of m and Me after the third collision? Velocity of Me after the third collision:

Three block elastic. blocks are placed on a frictionless surface. Two blocks of same mass Me = M, = 2.00 [kg] are moving toward a middle third block with mass m = 1.00 [kg]. The left moves with speed up = 3.00 [m/s], the right block moves with speed v0 = 2.00 [m/s], and the middle block is initially at rest. All succeeding collision are head-on and M₁ ио m Vo Me initially collides with m. What are their velocities after collision? Velocity of Me after the collision: Velocity of m after the collision: Mr After collision with Me, m now collides with Mr. What are the velocities of m and M, after the second collision? Velocity of M, after the second collision: Velocity of m after the second collision: Velocity of m after the third collision: After collision with M,, m now collides with Me. What are the velocities of m and Me after the third collision? Velocity of Me after the third collision:

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Important note: Unless otherwise stated, express your answers in SI units. Three blocks are placed on a frictionless surface. Two blocks of same mass Me Mr = 2.00 [kg] are moving toward a middle third block with mass m = 1.00 [kg]. The left block moves with speed up = 3.00 [m/s], the right block moves with speed v0 = 2.00 [m/s], and the middle block is initially at rest. All succeeding collision are head-on and elastic. M₁ uo Velocity of m after the collision: m Me initially collides with m. What are their velocities after collision? Velocity of M₂ after the collision: Vo Velocity of m after the third collision: Mr After collision with Me, m now collides with Mr. What are the velocities of m and M, after the second collision? Velocity of M, after the second collision: Velocity of m after the second collision: After collision with Mr, m now collides with Me. What are the velocities of m and Me after the third collision? Velocity of Me after the third collision:
Transcribed Image Text:Important note: Unless otherwise stated, express your answers in SI units. Three blocks are placed on a frictionless surface. Two blocks of same mass Me Mr = 2.00 [kg] are moving toward a middle third block with mass m = 1.00 [kg]. The left block moves with speed up = 3.00 [m/s], the right block moves with speed v0 = 2.00 [m/s], and the middle block is initially at rest. All succeeding collision are head-on and elastic. M₁ uo Velocity of m after the collision: m Me initially collides with m. What are their velocities after collision? Velocity of M₂ after the collision: Vo Velocity of m after the third collision: Mr After collision with Me, m now collides with Mr. What are the velocities of m and M, after the second collision? Velocity of M, after the second collision: Velocity of m after the second collision: After collision with Mr, m now collides with Me. What are the velocities of m and Me after the third collision? Velocity of Me after the third collision:
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