CONSERVATION OF LINEAR MOMENTUM A mass, M₁ = 250.5 kg is sliding to the RIGHT on a horizontal frictionless surface with a velocity of magnitude V₁ = 3.5m/s. It makes a completely inelastic collision with a mass, m₂ = 83.5 kg which is sliding to the LEFT with a velocity of magnitude v₂ = 10.5 m/s. What is the resulting speed and direction of the combined object after the collision?
CONSERVATION OF LINEAR MOMENTUM A mass, M₁ = 250.5 kg is sliding to the RIGHT on a horizontal frictionless surface with a velocity of magnitude V₁ = 3.5m/s. It makes a completely inelastic collision with a mass, m₂ = 83.5 kg which is sliding to the LEFT with a velocity of magnitude v₂ = 10.5 m/s. What is the resulting speed and direction of the combined object after the collision?
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Transcribed Image Text:CONSERVATION
OF LINEAR MOMENTUM
.., A mass, M₁ = 250.5 kg is sliding to the RIGHT on a horizontal frictionless surface
with a velocity of magnitude V₁ = 3.5m/s. It makes a completely inelastic collision with a mass,
m₂ = 83.5 kg which is sliding to the LEFT with a velocity of magnitude v₂ = 10.5 m/s. What is
the resulting speed and direction of the combined object after the collision?
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