6- The tension in cable AC is 1600 N. i- Represent this force acting on the plate at A as a Cartesian vector. ii- Represent this force acting on the support at C as a Cartesian vector. iii- The angle between the two cables AC and BC. If the tension in cable BC is 2100 N i- represent the resultant of the two forces acting at C as a Cartesian vector ii-the magnitude of the resultant , iii-the unit vector of the line of action of the resultant, iv- the direction cosines of the resultant . - The tension in cable AC is 1600 N.C(0.4,0,0.9)Represent this force acting on the plate at A as a Cartesian vector.Represent this force acting on the support at C as a Cartesian vector.- The angle between the two cables AC and BC.If the tension in cable BC is 2100 N;represent the resultant of the two forces acting at C as a Cartesian vector,the magnitude of the resultant,the unit vector of the line of action of the resultant,the direction cosines of the resultant.B(0,0.6,0)0.6m1.2mA(1.2,0.6,0)

epresent this force acting on the plate at A as a Cartesian vector. ii- Represent this force acting on the support at C as a Cartesian vector. iii- The angle between the two cables AC and BC. If the tension in cable BC is 2100 N i- represent the resultant of the two forces acting at C as a Cartesian vector

epresent this force acting on the plate at A as a Cartesian vector. ii- Represent this force acting on the support at C as a Cartesian vector. iii- The angle between the two cables AC and BC. If the tension in cable BC is 2100 N i- represent the resultant of the two forces acting at C as a Cartesian vector

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

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter1: Introduction To Statics

Section: Chapter Questions

Problem 1.74P: It can be show that a plane area may he represented by a vector A=A, where A is the area and ...

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