I need the answer as soon as possible The magnitude of the vertical force W is 160 N. The direction cosines of the position vector fromA to B are cosb, = 0.500, cos0, -0.866, cose, -0, and the direction cosines of the position vectorfrom B to C are cose, = 0.707, cose, = 0.619, cost, = -0.342. Point G is the midpoint of the linefrom B to C.1. Show all the necessary F.B.D2. Find out raG3. Determine the vector rAG X W, where rAG is the position vector from A to Ge600 mm

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The magnitude of the vertical force W is 160 N. The direction cosines of the position vector from A to B are coso, = 0.500, cose,-0.866, coso, -0, and the direction cosines of the position vector from B to C are cos8, = 0.707, cose, = 0.619, cose, = -0.342. Point G is the midpoint of the line from B to C. 1. Show all the necessary F.B.D 2. Find out rAG 3. Determine the vector rAG X W, where rAG is the position vector from A to Ge 600 mm

The magnitude of the vertical force W is 160 N. The direction cosines of the position vector from A to B are coso, = 0.500, cose,-0.866, coso, -0, and the direction cosines of the position vector from B to C are cos8, = 0.707, cose, = 0.619, cose, = -0.342. Point G is the midpoint of the line from B to C. 1. Show all the necessary F.B.D 2. Find out rAG 3. Determine the vector rAG X W, where rAG is the position vector from A to Ge 600 mm

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

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter6: Beams And Cables

Section: Chapter Questions

Problem 6.6P: Find the internal force systems acting on sections 1 and 2.

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