A rod of mass 'm' and length l in placed on a smooth table. An another particle of same 'm' strikers the with velocity v_(0) in a distance perpendicular to rod at distance x(lt l//b) form its centre. Particle sticks to the rod Let omega be the angular speed of system after collision, then As x is increased from 0 to l//2, the angular speed omega :

A rod of mass 'm' and length l in placed on a smooth table. An another

1.	A rod of mass 'm' and length l in placed on a smooth table. An another particle of same 'm' strikers the with velocity v_(0) in a distance perpendicular to rod at distance x(lt l//b) form its centre. Particle sticks to the rod Let omega be the angular speed of system after collision, then As x is increased from 0 to l//2, the angular speed omega :
Answer» Will continuosly INCREASE Will continuosly DECREASE Will FIRST increase and then decrease Will first decrease and then increase Answer :C