A) V. = 0.31 m/s, vi = 0.62 m/s 

B) Vo = 0.86 m/s, vi = 0.06 m/s 

C) Vo = 0.86 m/s, vp = 0.29 m/s

D) Vo = 0.31 m/s, vp = 0.29 m/s 

E) Vo = 0.93 m/s, vi = 0.31 m/s rn

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Q6: As shown in the Figure, the 2M mass sled stays motionless between the two photogates on the friction-free air rail. From the outside of the photogate on the left, a sled of mass M with a velocity of vo is moving towards the sled of 2M mass and making an inflexible collision. If the 10 cm flag on the M massed sled passes the photogate in t= 0.1075 s; what are the velocities before the collision (vo) and after the collision (v)? photogate 1 photogate 2 Air Blower 2M Q6: As shown in the Figure, the 2M mass sled stays motionless between the two photogates on the friction-free air rail. From the outside of the photogate on the left, a sled of mass M with a velocity of vo is moving towards the sled of 2M mass and making an inflexible collision. If the 10 cm flag on the M massed sled passes the photogate in t= 0.1075 s; what are the velocities before the collision (vo) and after the collision (v)? photogate 1 photogate 2 Air Blower 2M