Use the picture to the right to answer the next question. A puck of m₁ and moving with velocity v₁ collides elastically with a second puck of mass m₂, which is initially at rest. After the collision, m₁ moves with velocity v₁’ at an angle α below the x axis and m₂ moves with velocity v₂’ at an angle θ above the x axis.
$Use the picture to the right to answer the next question. A puck of m1 and moving with velocity v1 collides elastically with a second puck of mass m2, which is initially at rest. After the collision, m1 moves with velocity v1’ at an angle α below the x axis and m2 moves with velocity v2’ at an angle θ above the x axis. -The conservation of momentum along the x direction can be written as A)m1 v1 = m1v1' cos \alpha + m2v2' cos \theta B)0 = m1v1' cos \alpha + m2v2' cos \theta C)m1 v1 = m1v1' sin \alpha + m2v2' sin \theta D)0 = m1v1' sin \alpha + m2v2' sin \theta E)none of the above$
-The conservation of momentum along the x direction can be written as
A)m₁ v₁ = m₁v₁' cos

\alpha

+ m₂v₂' cos

\theta

B)0 = m₁v₁' cos

\alpha

+ m₂v₂' cos

\theta

C)m₁ v₁ = m₁v₁' sin

\alpha

+ m₂v₂' sin

\theta

D)0 = m₁v₁' sin

\alpha

+ m₂v₂' sin

\theta

E)none of the above

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