A horizontally flying bullet of mass m gets stuck. 46 g, gets stuck in a log of mass M = 3.

A horizontally flying bullet of mass m gets stuck. 93 g, gets stuck in a log of mass M = 3. 42) As a result, the threads swerve through an angle ?. The ropes swing by angle = 13. Assuming m < m,="" find:=""> (a) The velocity of the bullet before striking the body; (b) The fraction of the bullet's initial kinetic energy that turned into heat. Assuming m, (a) The velocity of the bullet before striking the body; (b) The fraction of the bullet's initial kinetic energy that turned into heat. 1. 275 A vertically oriented uniform rod of mass M M and length l l can rotate about its upper end. 68 kg suspended by two identical ropes of length (= 1. 42 ). A horizontally flying bullet of mass m m strikes the lower end of the rod and gets stuck in it; as a result, the rod swings through an angle α α. dtsp abr ni8a 5b1r ivt ewuoq ue6rp qcmv4u ptyl u23uoo