1-) Large sphere: mass=23 kg, radius = 75 mm Small sphere: mass=4 kg, radius - 50 mm Collision happens as seen in figure below. e=0.4 a-) Determine the velocities of the spheres after the collision. b-) Find out the angles between the velocity vectors (after impact) and horizontal axis for both spheres.
1-) Large sphere: mass=23 kg, radius = 75 mm Small sphere: mass=4 kg, radius - 50 mm Collision happens as seen in figure below. e=0.4 a-) Determine the velocities of the spheres after the collision. b-) Find out the angles between the velocity vectors (after impact) and horizontal axis for both spheres.
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Transcribed Image Text:1-) Large sphere: mass = 23 kg, radius = 75 mm
Small sphere: mass=4 kg, radius= 50 mm
Collision happens as seen in figure below.
e=0.4
a-) Determine the velocities of the spheres after the collision.
b-) Find out the angles between the velocity vectors (after impact) and horizontal axis for both
spheres.
4 m/s
12 m/s
Murat Saribay
75 mm
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Step 1: Given that:
VIEWStep 2: Collision diagram:
VIEWStep 3: Use of momentum conservation:
VIEWStep 4: Use of Coefficient of restitution e:
VIEWStep 5: Momentum conservation along the perpendicular to the LOI:
VIEWStep 6: Calculation of velocity and angle for larger mass m(1):
VIEWStep 7: Calculation of velocity and angle for larger mass m(2):
VIEWSolution
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