A uniform rod of mass 
and length 
is placed over a smooth horizontal surface along the 
-axis and is at rest as shown in Figure. An impulsive force 
is applied for a small time 
along 
-direction at point
. The 
-coordinate of end 
of the rod when the rod become parallel to 
-axis for the first time is [initially, the coordinate of centre of mass of the rod is 
.png)
a)
b)
c)
d)
s
and length is placed over a smooth horizontal surface along the -axis and is at rest as shown in Figure. An impulsive force is applied for a small time along -direction at point . The -coordinate of end of the rod when the rod become parallel to -axis for the first time is [initially, the coordinate of centre of mass of the rod is a)
b)
c)
d)
s
Question ID - 100226 | SaraNextGen Top Answer A uniform rod of mass and length is placed over a smooth horizontal surface along the -axis and is at rest as shown in Figure. An impulsive force is applied for a small time along -direction at point . The -coordinate of end of the rod when the rod become parallel to -axis for the first time is [initially, the coordinate of centre of mass of the rod is
a)
b)
c)
d)
s
A uniform rod of mass and length is placed over a smooth horizontal surface along the -axis and is at rest as shown in Figure. An impulsive force is applied for a small time along -direction at point . The -coordinate of end of the rod when the rod become parallel to -axis for the first time is [initially, the coordinate of centre of mass of the rod is
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d) |
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(d) As torque =change in angular momentum
and Dividing Eqs. (i) and (ii), we get
Using Displacement of CM is and Dividing, we get Coordination of |
(linear momentum) …(i)
(angular momentum) …(ii)
will be 