Solve only 11.3.25 113.24. Repeat the previous problem but change the weight of Ato 600 lb, of B to 1000 Ib, and of C to 500 lb.113.25. Two bodies A and B, weighing 400 lb and 300 lb, respectively,are connected by a rigid bar of negligible weight and move along thesmooth surfaces shown in Fig. P-11-3.25. If they start from rest at the givenposition, determine the acceleration of B at this instant.Ans.ay = 9.56 fps?113.26. Repeat the previous problem if a leftward horizontal forceof 360 lb is applied to body A.113.27. As shown in Fig. P-11-3.27, body A slides down the smoothsurface of wedge B which is on a smooth horizontal floor. Their weightstre W, and W Determine the acceleration of wedge B.flint: a, equals the vector sum of a, and the acceleration of A relativeto BFigure P-11-3.25W, sin e cos 0W.+ W, sin 0Ans.L- 10 t

Given weight A = 400lb B = 300lb

11-3.94. Repeat the previous problem but change the weight of A to 600 Ib, of B to 1000 Ib, and of C to 500 Ib. 113.25. Two bodies A and B, weighing 400 lb and 300 Ib, respectively, Are connected by a rigid bar of negligible weight and move along the mooth surfaces shown in Fig. P-11-3.25. If they start from rest at the given position, determine the acceleration of B at this instant. Ans. @, = 9.56 fps 113.36. Repeat the previous problem if a leftward horizontal force of 360 Ib is applied to body A. 113.27. As shown in Fig. P-11-3.27, body A slides down the smooth urface of wedge B which is on & smooth horizontal floor. Their weights are W, and W. Determine the acceleration of wedge B. Hint equals the vector sum of a, and the acceleration of A relative L-10 ft

11-3.94. Repeat the previous problem but change the weight of A to 600 Ib, of B to 1000 Ib, and of C to 500 Ib. 113.25. Two bodies A and B, weighing 400 lb and 300 Ib, respectively, Are connected by a rigid bar of negligible weight and move along the mooth surfaces shown in Fig. P-11-3.25. If they start from rest at the given position, determine the acceleration of B at this instant. Ans. @, = 9.56 fps 113.36. Repeat the previous problem if a leftward horizontal force of 360 Ib is applied to body A. 113.27. As shown in Fig. P-11-3.27, body A slides down the smooth urface of wedge B which is on & smooth horizontal floor. Their weights are W, and W. Determine the acceleration of wedge B. Hint equals the vector sum of a, and the acceleration of A relative L-10 ft

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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