Two rod 1 and 2 are released from rest as shown in figure . Given, `l_(1)=4l,m_(1)=2m,l_(2)=2l "and "m_(2)=m.` There is no friction between the two rods . If `alpha` be the angular acceleration of rod 1 just after the rods are released . Then, What is the normal reaction between the two rods at this instant ? A. `16sqrt(3)m//alpha`B. `(4m//alpha)/(sqrt(3))`C. `(32m//alpha)/(3sqrt(3))`D. `12sqrt(3)) m//alpha`

Two rod 1 and 2 are released from rest as shown in figure . Given, `l_

1.	Two rod 1 and 2 are released from rest as shown in figure . Given, `l_(1)=4l,m_(1)=2m,l_(2)=2l "and "m_(2)=m.` There is no friction between the two rods . If `alpha` be the angular acceleration of rod 1 just after the rods are released . Then, What is the normal reaction between the two rods at this instant ? A. `16sqrt(3)m//alpha`B. `(4m//alpha)/(sqrt(3))`C. `(32m//alpha)/(3sqrt(3))`D. `12sqrt(3)) m//alpha`
Answer» Correct Answer - C

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