5. Fig. 3 shows the overhead view of a uniform thin rod of length I and mass M that can rotate freely about a fixed axis on a horizontal surface. The rod is at rest initially with moment of inertia MI?. A bullet of mass m is fired towards one end of the rod with initial velocity v. After piercing the rod, the bullet's velocity is reduced to v. The angular velocity of the rod after being shot through is ( ) 3mv A. ZMI 7mv В. 4MI overhead view mv C. MI Fig 3 D. Smv 3MI

Elements Of Electromagnetics
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5. Fig. 3 shows the overhead view of a uniform thin rod of length I and mass M that can rotate
freely about a fixed axis on a horizontal surface. The rod is at rest initially with moment of inertia
MI². A bullet of mass m is fired towards one end of the rod with initial velocity v. After
piercing the rod, the bullet's velocity is reduced to v. The angular velocity of the rod after
being shot through is ( )
3mv
А.
2ML
7mv
В.
4ML
overhead view
mv
C.
MI
Fig 3
D.
5mv
3MI
Transcribed Image Text:5. Fig. 3 shows the overhead view of a uniform thin rod of length I and mass M that can rotate freely about a fixed axis on a horizontal surface. The rod is at rest initially with moment of inertia MI². A bullet of mass m is fired towards one end of the rod with initial velocity v. After piercing the rod, the bullet's velocity is reduced to v. The angular velocity of the rod after being shot through is ( ) 3mv А. 2ML 7mv В. 4ML overhead view mv C. MI Fig 3 D. 5mv 3MI
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