Mass m1=1.0 kg moves with velocity v1i=1.0 m/s in the positive x-direction on a collision course toward mass m2=5.0 kg that is moving at v2i=4.0 m/s at theta i=15.0 below the negative x-axis as in Figure 3. After the masses collide they stick together and move as one object. C. What is the magnitude AND direction velocity of the two mass system vf after the collision? Include a picture (or add to Figure 3) identifying the direction. D. Is this collision elastic or inelastic? Show quantitatively.
Mass m1=1.0 kg moves with velocity v1i=1.0 m/s in the positive x-direction on a collision course toward mass m2=5.0 kg that is moving at v2i=4.0 m/s at theta i=15.0 below the negative x-axis as in Figure 3. After the masses collide they stick together and move as one object. C. What is the magnitude AND direction velocity of the two mass system vf after the collision? Include a picture (or add to Figure 3) identifying the direction. D. Is this collision elastic or inelastic? Show quantitatively.
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Mass m1=1.0 kg moves with velocity v1i=1.0 m/s in the positive x-direction on a collision course toward mass m2=5.0 kg that is moving at v2i=4.0 m/s at theta i=15.0 below the negative x-axis as in Figure 3. After the masses collide they stick together and move as one object.
C. What is the magnitude AND direction velocity of the two mass system vf after the collision? Include a picture (or add to Figure 3) identifying the direction.
D. Is this collision elastic or inelastic? Show quantitatively.
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