A body, when acted upon by a force of $10 k g f$ , gets displaced by $0.5 m$ normal to the force.Find the work done by the force. $(g = 10 N$ $K g^{- 1})$

50

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Solution

The correct option is D $0$ J
$W o r k = F \times s \times c o s θ$ . As force is normal to displacement, work done is zero.

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A body, when acted upon by a force of 10kgf, gets displaced by 0.5m normal to the force.Find the work done by the force.(g=10N Kg−1)

The correct option is D 0 JWork=F×s×cosθ. As force is normal to displacement, work done is zero.

A body, when acted upon by a force of $10 k g f$ , gets displaced by $0.5 m$ normal to the force.Find the work done by the force. $(g = 10 N$ $K g^{- 1})$

The correct option is D $0$ J
$W o r k = F \times s \times c o s θ$ . As force is normal to displacement, work done is zero.