hi can you please answer question 9?in a step by step way!thank you O A uniform plank 9m long of mass 80 kg is horizontal. It is supported byvertical strings attached at 1m and 8 m from one end.What is the mass of an obiect which should be placed on one end, so that8the tension in one string just vanisheslil the tension in one string is double the tension in the other.10 In Figure 8.30, Y is the resultant of the two forces XN and 4N acting at Pand Q, respectively where PQ is horizontal. Find X and Y.YNAXNA 4N2m4mFigure 8.30O Figure 8.31 shows a rigid, horizontal rod AB. Find the magnitude, directionand line of action of the resultant of this system of forces acting on AB.AINA4NB1m2m2m1 mbs dairlweoiole to inemY2n aTS5Nelpne ne ie2 A rigid rod AB, of mass 10kg and length 3m, whose centre of mass is 125 cmfrom A, is suspended horizontally by two vertical strings attached to points Cand D, 50 cm from each end. Each string could just support the weight of therod. Particles of mass m, kg and m, kg are placed at A and B, respectively.Figure 8.31ti Show that the tension in one of the strings is (15-m, +5m,)and find the tension in the other string.tii) Find the values of m, and m, when both the strings are on the point ofbreaking.EXPERIMENT 8.1Set up the apparatus shown in Figure 8.32 and experiment with two or moreweights in different positions.clamp standmetre rulemovable hangersmooth pivotmass, M,mass, Mat centreof ruleFigure 8.321712 ASChapter 8 Moments of forces

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A uniform plank 9m long of mass 80 kg is horizontal. It is supported by vertical strings attached at 1m and 8 m from one end. What is the mass of an object which should be placed on one end, so that the tension in one string just vanishes lil the tension in one string is double the tension in the other. In Figure 8.30, Y is the resultan

A uniform plank 9m long of mass 80 kg is horizontal. It is supported by vertical strings attached at 1m and 8 m from one end. What is the mass of an object which should be placed on one end, so that the tension in one string just vanishes lil the tension in one string is double the tension in the other. In Figure 8.30, Y is the resultan

International Edition---engineering Mechanics: Statics, 4th Edition

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter5: Three-dimensional Equilibrium

Section: Chapter Questions

Problem 5.39P: The bent rod of negligible weight is supported by the ball-and-socket joint at B and the cables...

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