Q1. A bullet (1 g) is shot into a pendulum mass while it is hanging straight...
Q1. A bullet (1 g) is shot into a pendulum mass while
it is hanging straight down (0.8kg). Just before impact with the
pendulum, the bullet has speed 600m/s. The bullet-pendulum
combination then swings together in a circular arc to a maximum
angle of 0.2 rad.
Find the speed of the bullet-pendulum combination
right after the bullet becomes embedded (you can assume that this
happens quickly enough that the combination has not yet had a
chance to rise).
What is the maximum height of the block bullet
combination?
What is the frequency of the oscillation?
What is the angular position 2 s after the collision
(write down the general equation for the angular position as a
function of time)
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