A bullet of mass $0.1\,kg$ is fired with a speed of $100\, m/sec$, the mass of gun is $50\, kg$. The velocity of recoil is ........ $m/sec$
A bullet of mass $0.1\,kg$ is fired with a speed of $100\, m/sec$, the mass of gun is $50\, kg$. The velocity of recoil is ........ $m/sec$
$0.2$
$0.1$
$0.5 $
$0.05 $
A bullet of mass $0.1\,kg$ is fired with a speed of $100\, m/sec$, the mass of gun is $50\, kg$. The velocity of recoil is ........ $m/sec$
According to principle of conservation of linear momentum, ${m_G}{v_G} = {m_B}{v_B}$
$ \Rightarrow {v_G} = \frac{{{m_B}{v_B}}}{{{m_G}}} = \frac{{0.1 \times {{10}^2}}}{{50}} = 0.2m/s$
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