In the diagram above, forces P, Q and 50N are acting on a body at M. If the system is in equilibrium, calculate, in terms of \(\theta\), the magnitude of P.

In the diagram above, forces P, Q and 50N are acting on a body at M. If the system is in equilibrium, calculate, in terms of \(\theta\), the magnitude of P.

A.

\(\frac{50 \cos \theta}{\sin (\theta + 45)°}\)

B.

\(\frac{50 \cos \theta}{\cos (\theta + 45)°}\)

C.

\(\frac{50 \sin \theta}{\cos (\theta + 45)°}\)

D.

\(\frac{50 \sin \theta}{\sin (\theta + 45)°}\)

Correct answer is D

No explanation has been provided for this answer.