14-A large mass M, moving with speed V, collides and sticks to a small massm, initially at rest (everything is with respect to the lab frame). What is the mass of the resulting (final) object? Work in the approximation where M>> m. a) M+m b) (M+ m)2 c) Y(M + m) d) M+ym
14-A large mass M, moving with speed V, collides and sticks to a small massm, initially at rest (everything is with respect to the lab frame). What is the mass of the resulting (final) object? Work in the approximation where M>> m. a) M+m b) (M+ m)2 c) Y(M + m) d) M+ym
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(everything is with respect to the lab frame). What is the mass of the resulting (final) object?
Work in the approximation where M>> m.
a) M+m
b) (M+ m)/2
c) Y(M+ m)
d) M+ym"
Transcribed Image Text:14-A large mass M, moving with speed V, collides and sticks to a small mass m, initially at rest
(everything is with respect to the lab frame). What is the mass of the resulting (final) object?
Work in the approximation where M>> m.
a) M+m
b) (M+ m)/2
c) Y(M+ m)
d) M+ym
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