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2. If m, and m, are initially at rest, in the space below, use the kinematics 2 2 = x + vt + ½ ½ at² to show that the time it takes m₁to travel a equation x = x0 2d 2d(m+m₂) distance d is t = 1 = a m2g

2. If m, and m, are initially at rest, in the space below, use the kinematics 2 2 = x + vt + ½ ½ at² to show that the time it takes m₁to travel a equation x = x0 2d 2d(m+m₂) distance d is t = 1 = a m2g

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m and 2. If m1 m2 are initially at rest, in the space below, use the kinematics 1 2 equation x = x + v + + ½ at at to show that the time it takes m to travel a m₁ 0 0 2 2d 2d(m+m₂) distance d ist = 1 α m2g
Transcribed Image Text:m and 2. If m1 m2 are initially at rest, in the space below, use the kinematics 1 2 equation x = x + v + + ½ at at to show that the time it takes m to travel a m₁ 0 0 2 2d 2d(m+m₂) distance d ist = 1 α m2g
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