Q2) The velocities of two collars before impact are shown in figure (2). If after impact the velocity of collar B is observed to be 9 m/s to the right, determine A-the coefficient of restitution between the collars B- the energy losses during the impact?
Q2) The velocities of two collars before impact are shown in figure (2). If after impact the velocity of collar B is observed to be 9 m/s to the right, determine A-the coefficient of restitution between the collars B- the energy losses during the impact?
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Transcribed Image Text:Part 2
Q1) Determine the acceleration of the blocks A and B shown in figure (1). The coefficients of friction
between block A and the plane ( =0.3)?
Q2) The velocities of two collars before impact are shown in figure (2). If after impact the velocity of
collar B is observed to be 9 m/s to the right, determine A-the coefficient of restitution between the
collars B- the energy losses during the impact?
Q3) The path of a projectile is shown in figure (3). If the object has an initial velocity of Vo=30 m/s
that is perpendicular to the slope, determine d?
Vo=30m/s
10 mus
R
50 kg
6 kg
120 kg
CAY
Figure (1)
Figure (2)
m/s
B
d
30°
Figure (3)
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