Twomasses,m1=2kgandm2=4kgarefoundinfreespacehavingvelocitiesofV1i= ‐ 3im/sandV2i= ‐4jm/sbeforetheycollidefor2ms.Aftertheycollide,m1isobservedtohave1/3ofitsinitialspeedinthesamedirection. a)Find V 2f, the velocity of m2 after the collision in unit vector notation. b)Find Kf, the total kinetic energy after the collision. c)Find V cmI, the velocity vector of the center of mass before the collision
Twomasses,m1=2kgandm2=4kgarefoundinfreespacehavingvelocitiesofV1i= ‐ 3im/sandV2i= ‐4jm/sbeforetheycollidefor2ms.Aftertheycollide,m1isobservedtohave1/3ofitsinitialspeedinthesamedirection. a)Find V 2f, the velocity of m2 after the collision in unit vector notation. b)Find Kf, the total kinetic energy after the collision. c)Find V cmI, the velocity vector of the center of mass before the collision
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Twomasses,m1=2kgandm2=4kgarefoundinfreespacehavingvelocitiesofV1i= ‐ 3im/sandV2i= ‐4jm/sbeforetheycollidefor2ms.Aftertheycollide,m1isobservedtohave1/3ofitsinitialspeedinthesamedirection.
a)Find V
2f, the velocity of m2 after the collision in unit vector notation.
b)Find Kf, the total kinetic energy after the collision.
c)Find V cmI, the velocity vector of the center of mass before the collision
d)What is the average force experienced by m1 in the collision process?
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