A bullet with mass mb=400 g and velocity vb=100 m/s hits a ballistic pendulum of mass ma=9.6 kg and lodges into it.It makes pendulum swing up from equilibrium position and rises to height h as shown in figure. Determine the value of h. (Take g=10 m/s2)

A bullet with mass mb=400 g and velocity vb=100 m/s hits a ballistic p

1.	A bullet with mass mb=400 g and velocity vb=100 m/s hits a ballistic pendulum of mass ma=9.6 kg and lodges into it.It makes pendulum swing up from equilibrium position and rises to height h as shown in figure. Determine the value of h. (Take g=10 m/s2)
Answer» A bullet with mass $m_{b} = 400 g$ and velocity $v_{b} = 100 m/s$ hits a ballistic pendulum of mass $m_{a} = 9.6 kg$ and lodges into it.It makes pendulum swing up from equilibrium position and rises to height $h$ as shown in figure. Determine the value of $h$ . (Take $g = 10 m / s^{2}$ )

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A bullet with mass mb=400 g and velocity vb=100 m/s hits a ballistic pendulum of mass ma=9.6 kg and lodges into it.It makes pendulum swing up from equilibrium position and rises to height h as shown in figure. Determine the value of h. (Take g=10 m/s2)

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