Column-I |
Column- II |
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(A) |
Rod is massless, dumb-bell is placed on a smooth horizontal surface |
(p) |
Translation occurs |
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(B) |
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(q) |
Rotation occurs |
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(C) |
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(r) |
Angular momentum increases |
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(D) |
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(s) |
Linear momentum increases |
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CODES : |
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A |
B |
C |
D |
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a) |
A,b |
b,a |
d.c |
a |
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b) |
c |
d,a |
b,a |
b |
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c) |
b,a |
c |
a,d |
b |
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d) |
a,b,c,d |
a,d |
a,b,c,d |
b,c,d |
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Column-I |
Column- II |
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(A) |
Rod is massless, dumb-bell is placed on a smooth horizontal surface |
(p) |
Translation occurs |
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(B) |
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(q) |
Rotation occurs |
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(C) |
![]() |
(r) |
Angular momentum increases |
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(D) |
![]() |
(s) |
Linear momentum increases |
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CODES : |
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A |
B |
C |
D |
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a) |
A,b |
b,a |
d.c |
a |
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b) |
c |
d,a |
b,a |
b |
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c) |
b,a |
c |
a,d |
b |
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d) |
a,b,c,d |
a,d |
a,b,c,d |
b,c,d |
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(d) a. Since impulse is given to the body, so its momentum will increase and translation will occur. The impulse b. Here c. This situation is similar to part (a) d. Here body is hinged.So translation does not occur, rotation will be there so angular momentum will increase Linear momentum increases as centre of mass of gains some velocity |