@ For the frame shown, the distributed lineload intensity is wų = 5 kN/m and wz = 3 kN/m. w, kN/m 3 m W, kN/m 4 m a) Determine the equivalent resultant force X-component magnitude (kN). Answer: For the frame shown, the distributed lineload intensity is w1 = 5 kN/m and W2 = 3 kN/m Determine the equivalent resultant force x-component magnitude (kN) Determine the equivalent resultant force y-component magnitude (kN) c. Determine the resultant force magnitude (kN) d. Determine the resultant force direction (degrees) e. the resultant force location in the direction of the x-axis as measured from point A (m) f. the resultant force location in the direction of the y-axis as measured from point B (m) g) the horizontal reaction force at point A (kN). (include the negative sign if needed) h) the vertical reaction force at point A (kN) D) the vertical reaction force at point C (kN). 1.3 ining: C3. For the frame shown, the distributed lineload intensity is wų = 5 kN/m and W2 = 3 kN/m. w, kN/m ut of uestion W2 kN/m 4 m a) Determine the equivalent resultant force x-component magnitude (kN). Answer: ما Check