Determine the moment about point A of each of the three forces acting on the beam. F = 375 N F2 = 500 N B 0.1 m -1.6 m- -1.2 m1 m- 30° F3 = 160 N

Determine the moment generated by the force F with the lever arm r, M=r x F r=1.9 i + 0.9 j F=57 i + 44 j

Calculate the moment about point O of the 200-lb force that lies in the X-Y plane shown below. Solve the force into rectangular components at point M. X(-)- Fy Y(+) Y(-) 2'-0" M F 3'-0" 30° F = 200 lb X(+)

The Force F acts at the end of the bracket as shown in the diagram. Calculate the moment of the force about point P. P 0.4 m 1 0.2 m 30° F = 400 N

Calculate the moment of the 90-N force about point o for the condition 30°,from the following Answers which of them is correct : 0 800 mm F = 90 N 600 mm

Determine the moment about point B of each of the three forces acting on the beam using the Scalar Approach / Notation. F₁ = 375 lb 8 ft 6 ft 3 4 F₂ = 500 lb 5 ft- B 0.5 ft 30° F3 = 160 lb

Determine the moment about point B of each of the three forces acting on the beam using the Scalar Approach / Notation. F₁ = 375 lb 8 ft 6 ft 3 4 F₂ = 500 lb 5 ft- B 0.5 ft 30° F3 = 160 lb

Handle forces F1 and F2 are applied to the electric drill. Replace this force system by an equivalent resultant force and couple moment acting at point O. Express the results in Cartesian vector from. Determine the resultant force and the moment of the resultant forse about the point O. Express your answer in terms of the unit vectors i, j and k.

If F = 300KN, determine the resultant couple moment. -2 m 2m F 30° 2 m 250 kNA 250 kN 2 m 30° 3. 2m

1: The force vector F=250i-50j-550k Ib acts at point B. Calculate the moment generated by this force about point O. F 8 ft 1.5 ft 0.25 ft