2. A box (M₁=0.8 kg) is pushed against the spring (K = 150 N/m) and compressed for x = 0.15 m.When we release the box, it moves freely to the right and moves on a horizontal surface until hitsanother box (M20.5 kg) and after a perfect inelastic collision at point C (attached to the M2 andmove together) continue moving to the right side. From this point (C) the surface has a friction(constant kinetic friction f= 2 N). Find the distance travelled to stop at point D.X-0.15 mM₁AM₂M₂d=?fx=2 NM₁ Mj

We are given the masses of boxes. We are given compression in spring. We first find the potential…

Answered: 2. A box (M₁=0.8 kg) is pushed against…

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