A ball of mass m=2 kg is projected at an angle θ=45∘ with initial velocity of u=10 m/s as shown in figure. Find the torque acting on the particle due to gravity about origin at it's maximum height.(Take g=10 m/s2)

A ball of mass m=2 kg is projected at an angle θ=45∘ with initial v

1.	A ball of mass m=2 kg is projected at an angle θ=45∘ with initial velocity of u=10 m/s as shown in figure. Find the torque acting on the particle due to gravity about origin at it's maximum height.(Take g=10 m/s2)
Answer» A ball of mass $m = 2 kg$ is projected at an angle $θ = 45^{\circ}$ with initial velocity of $u = 10 m/s$ as shown in figure. Find the torque acting on the particle due to gravity about origin at it's maximum height. (Take $g = 10 m / s^{2}$ )

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A ball of mass m=2 kg is projected at an angle θ=45∘ with initial velocity of u=10 m/s as shown in figure. Find the torque acting on the particle due to gravity about origin at it's maximum height.(Take g=10 m/s2)

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