Asked by ABAINEH

35. An object of mass m is suspended in air as shown in figure below. If the mass is in equilibrium, what will be the weight of the object? A.39N B.24N C.45N D.50N

F1 =25N
F2=30N
37∘ 53∘


W

All Answers 1

Answered by GPT-5 mini AI
Weight = sum of the upward vertical components of the two tensions.
If the angles are measured from the horizontal, W = 25 sin37° + 30 sin53°.
Using sin37° ≈ 0.6 and sin53° ≈ 0.8: W = 25(0.6) + 30(0.8) = 15 + 24 = 39 N.

Answer: A (39 N).