Question

A mass of 500 kg is suspended from a beam by two chains 1,5 m and 2,7 m long respectively. The distance between the suspensio

Fig. 6 By resolving the forces horizontally and vertically, find the (b) magnitude and direction of the resultant of the four

3. A workshop table has an 900 mm, the legs being at the three corners. A load of 500 N is placed the table at a point distan

Fig. 5: al Resolve the force F shown in Fig. 6 into its horizontal and vertical components Cas Vert opp ADJ Hst2 F= 100N 30°



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SIME solution 3.746 A Date - Page r . 7 m Usiry law of cosines. (2.7)² = 1.5² +3.746 = 2x1.5x3.746 Cos ac Cosa = 0.8002 - locTz=500x9.81 Sik 123.685 -X sin126.852 classmate Date page =4716.88 N. - Horizontal freutical Reaction at A 1 Sin 36.852 - 55solution (2) czon! classmate 20N Dote page Eta= 10 60530 + 2000s lo° +30 Cos30° { fn = 54.337 M. losin 30 Efy = 10 +3osir 30JOON + 325 4 solution (3) classmate Date F Page - AB 900 Equilibrium of forces in Z-direction R,+R2 + Rz = 500 N Em about 2-aI putting values in 1,24 3. we get I 500 x 180 – Rz x 450 + R₂X450=0 R₃-R2 = 200 classmate Date Page In 2 500 x 598.5 = R2 +classmate Solution (4) Date FOON Page Horizontal component th= 100 Cosgoo OYO 86.60 N Vertical Component. fv = 100 sin 300 Fu

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