Match the entries in Column I with those in Column II
Column-I
Column- II
(A)
.png)
An impulsive force acts at a height 
on a solid sphere, lying on a rough surface
(p)
Momentum is conserved
(B)
.png)
A small particle of mass
moving horizontally collides with a vertical hinged rod inelastically
(q)
Angular momentum is conserved
(C)
.png)
A small particle of massstrikes elastically at the end of a horizontal rod kept on a smooth surface
(r)
Energy is conserved
(D)
.png)
A small particle of mass collides with a vertical rod elastically
(s)
Momentum increases
CODES :
A
B
C
D
a)
D
b,d
a,b,c
b,c,d
b)
d
c
b
a
c)
b,a
c,d
c
a
d)
b,a
b,c
d
a,c
Match the entries in Column I with those in Column II
Column-I
Column- II
(A)
An impulsive force acts at a height on a solid sphere, lying on a rough surface
(p)
Momentum is conserved
(B)
A small particle of mass moving horizontally collides with a vertical hinged rod inelastically
(q)
Angular momentum is conserved
(C)
A small particle of massstrikes elastically at the end of a horizontal rod kept on a smooth surface
(r)
Energy is conserved
(D)
A small particle of mass collides with a vertical rod elastically
(s)
Momentum increases
CODES :
A
B
C
D
a)
D
b,d
a,b,c
b,c,d
b)
d
c
b
a
c)
b,a
c,d
c
a
d)
b,a
b,c
d
a,c
Question ID - 101094 | SaraNextGen Top Answer
Match the entries in Column I with those in Column II
Column-I
Column- II
(A)
An impulsive force acts at a height on a solid sphere, lying on a rough surface
(p)
Momentum is conserved
(B)
A small particle of mass moving horizontally collides with a vertical hinged rod inelastically
(q)
Angular momentum is conserved
(C)
A small particle of massstrikes elastically at the end of a horizontal rod kept on a smooth surface
(r)
Energy is conserved
(D)
A small particle of mass collides with a vertical rod elastically
(s)
Momentum increases
CODES :
A
B
C
D
a)
D
b,d
a,b,c
b,c,d
b)
d
c
b
a
c)
b,a
c,d
c
a
d)
b,a
b,c
d
a,c
|
Match the entries in Column I with those in Column II |
|
Column-I |
Column- II |
||||||||
|
(A) |
An impulsive force acts at a height |
(p) |
Momentum is conserved |
||||||
|
(B) |
A small particle of mass |
(q) |
Angular momentum is conserved |
||||||
|
(C) |
A small particle of mass |
(r) |
Energy is conserved |
||||||
|
(D) |
A small particle of mass |
(s) |
Momentum increases |
||||||
|
CODES : |
|||||||||
|
|
A |
B |
C |
D |
|
|
|||
|
a) |
D |
b,d |
a,b,c |
b,c,d |
|
|
|||
|
b) |
d |
c |
b |
a |
|
|
|||
|
c) |
b,a |
c,d |
c |
a |
|
|
|||
|
d) |
b,a |
b,c |
d |
a,c |
|
|
|||
(a)
a. Immediately the sphere will gain velocity, so momentum increases
.png)
b. Here angular momentum about the hinged point will remain constant
.png)
Applying conservation of angular momentum about 
Final momentum, 
This is greater than 
c. Here no external force or external torque acts. So all remain conserved, as the collision is elastic
d. Here also momentum increases. As the collision is elastic, so energy is also conserved. Angular momentum is conserved about the hinged point