Two discs sliding on a horizontal plane without friction with opposite speeds of the same magnitude v0 collide with each other of frontal way. Disk A is known to have a mass of 3 kg and it is observed that its velocity is zero after impact. Determine a) the mass of the disk B if the coefficient of restitution between the two discs is known to be 0.5, b) the range of possible values of the mass of disk B if the coefficient of restitution between the two discs
Two discs sliding on a horizontal plane without friction with opposite speeds of the same magnitude v0 collide with each other of frontal way. Disk A is known to have a mass of 3 kg and it is observed that its velocity is zero after impact. Determine a) the mass of the disk B if the coefficient of restitution between the two discs is known to be 0.5, b) the range of possible values of the mass of disk B if the coefficient of restitution between the two discs
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Two discs sliding on a horizontal plane without friction with opposite speeds of the same magnitude v0 collide with each other of frontal way. Disk A is known to have a mass of 3 kg and it is observed that its velocity is zero after impact. Determine a) the mass of the disk B if the coefficient of restitution between the two discs is known to be 0.5, b) the range of possible values of the mass of disk B if the coefficient of restitution between the two discs.
Transcribed Image Text:Vo
-Vo
A
В
A
В
Figura P13.161
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