= = 11. A block with mass m1 2 kg is released from rest on a...

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= = 11. A block with mass m1 2 kg is released from rest on a ramp from a height h 10 m above the ground. A second block with 4 kg is initially at rest on the ground. Right after m and m2 collide, m travels left with 1/16th of the kinetic energy it had right before the collision. m2 will travel right towards another ramp. mass m2 = h m1 m2 +x The ramps and the ground are frictionless, and you can treat the transition between the ramps and the ground as being smooth. What is the maximum height that m will reach above the ground? = = 11. A block with mass m1 2 kg is released from rest on a ramp from a height h 10 m above the ground. A second block with 4 kg is initially at rest on the ground. Right after m and m2 collide, m travels left with 1/16th of the kinetic energy it had right before the collision. m2 will travel right towards another ramp. mass m2 = h m1 m2 +x The ramps and the ground are frictionless, and you can treat the transition between the ramps and the ground as being smooth. What is the maximum height that m will reach above the ground?