What will be the tension produced in the stri | vedclass

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(B) Let $T$ be the tension in the string $PQ$. At point $Q$,the forces acting are the tension $T$ along the string,the horizontal force $F$,and the we

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$F / \sin 	heta$

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(B) Let $T$ be the tension in the string $PQ$. At point $Q$,the forces acting are the tension $T$ along the string,the horizontal force $F$,and the weight $Mg$ acting downwards.Resolving the tension $T$ into horizontal and vertical components,we get:Horizontal component: $T \sin 	heta$ (acting to the left)Vertical component: $T \cos 	heta$ (acting upwards)For the system to be in equilibrium,the net force in both horizontal and vertical directions must be zero.Equating the horizontal forces: $T \sin 	heta = F$Therefore,the tension in the string $PQ$ is $T = \frac{F}{\sin 	heta}$.

What will be the tension produced in the string $PQ$ for the given system?

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