A body of mass m, moving with an unknown velocity of vi, undergoes a collinear collision with a body of mass m₂ moving with a velocity v₂1. After collision, m and m₂ move with velocities of vi andv4i, respectively. V₂ If m₂ (a) V₁ + V₂ = 0.5m² and v3 = 0.5 v₁, then V₁ is V₂ 4 (c) V4 V/₂ 2 (b) V4 - (d) V4-V₂
A body of mass m, moving with an unknown velocity of vi, undergoes a collinear collision with a body of mass m₂ moving with a velocity v₂1. After collision, m and m₂ move with velocities of vi andv4i, respectively. V₂ If m₂ (a) V₁ + V₂ = 0.5m² and v3 = 0.5 v₁, then V₁ is V₂ 4 (c) V4 V/₂ 2 (b) V4 - (d) V4-V₂
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Transcribed Image Text:A body of mass m, moving with an unknown velocity of vi,
undergoes a collinear collision with a body of mass m₂
moving with a velocity v₂i. After collision, m, and m₂ move
with velocities of vî andvî, respectively. noitroza
If m₂ = 0.5m, and
(a) V₁ + V₂
(c) V4
V/2
2
=
V3 0.5 V1₂ then V₁ is
(b) V4
V/2
4
(d) V4 - V₂
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