Figure 6.1
-In Fig. 6.1, two forces F₁ and F₂ act at the ends of a bar supported at its centre. The magnitude of F₂ is half that of F₁, and è = 45°. What is the value of angle for which the bar is in equilibrium?

Question

Figure 6.1 Figure 6.1 -In Fig. 6.1, two forces F1 and F2 act at the ends of a bar supported at its centre. The magnitude of F2 is half that of F1, and è = 45°. What is the value of angle for which the bar is in equilibrium? A) 16° B) 21° C) 30° D) 45°

Figure 6.1 -In Fig. 6.1, two forces F<sub>1</sub> and F<sub>2</sub> act at the ends of a bar supported at its centre. The magnitude of F<sub>2</sub> is half that of F<sub>1</sub>, and è = 45°. What is the value of angle for which the bar is in equilibrium? A) 16° B) 21° C) 30° D) 45°

-In Fig. 6.1, two forces F₁ and F₂ act at the ends of a bar supported at its centre. The magnitude of F₂ is half that of F₁, and è = 45°. What is the value of angle for Figure 6.1 -In Fig. 6.1, two forces F1 and F2 act at the ends of a bar supported at its centre. The magnitude of F2 is half that of F1, and è = 45°. What is the value of angle for which the bar is in equilibrium? A) 16° B) 21° C) 30° D) 45°

which the bar is in equilibrium?

Quizplus · Accepted Answer

The Answer of Figure 6.1 -In Fig. 6.1, two forces F₁ and F₂ act at the ends of a bar supported at its centre. The magnitude of F₂ is half that of F₁, and è = 45°. What is the value of angle for which the bar is in equilibrium?

Figure 6.1 -In Fig. 6.1, Two Forces F1 and F2 Act at F2

Figure 6.1 -In Fig. 6.1, Two Forces F₁ and F₂ Act at F₂