A block of mass M is suspended by ideal rope slubg over a massless brace of length L inclined at angle theta, as shown in the figure. Determine the magnitude of the horizontal force which must be exerted on the rope to hold the mass at rest?

$2. A block of mass $ M $ is suspended by ideal rope slung over a massless brace of length $ L $ inclined at angle \( \the$

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A block of mass M is suspended by ideal rope slubg over a massless brace of length L inclined at angle theta, as shown in the figure. Determine the magnitude of the horizontal force which must be exerted on the rope to hold the mass at rest?

$2. A block of mass $ M $ is suspended by ideal rope slung over a massless brace of length $ L $ inclined at angle \( \the$

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