In an arrangement shown below, the pulley is light and the string is light and inextensible, the contact force between ground and the block is F. If the system is in equilibtium and (g=10 m/s2), the value of F (in Newtons) will be (Given F is resultant of N and R)

In an arrangement shown below, the pulley is light and the string is l

1.	In an arrangement shown below, the pulley is light and the string is light and inextensible, the contact force between ground and the block is F. If the system is in equilibtium and (g=10 m/s2), the value of F (in Newtons) will be (Given F is resultant of N and R)
Answer» In an arrangement shown below, the pulley is light and the string is light and inextensible, the contact force between ground and the block is $F$ . If the system is in equilibtium and $(g = 10 {m/s}^{2})$ , the value of $F$ (in Newtons) will be (Given $F$ is resultant of $N$ and $R$ )

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In an arrangement shown below, the pulley is light and the string is light and inextensible, the contact force between ground and the block is F. If the system is in equilibtium and (g=10 m/s2), the value of F (in Newtons) will be (Given F is resultant of N and R)

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