Use the rectangular component method to solve the fol-lowing problems. Determine the magnitude R of the re-sultant of the forces and the angle 6, between the line ofaction of the resultant and the x-axis forF= 11 kNFz = 14 KN30F3 = 12 kN

Rectangular component method of vector addition is a method to add number of vectors which are…

Answered: Use the rectangular component method to…

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter2: Vectors

Section: Chapter Questions

Problem 26P: In a tug-of-war game on one campus, 15 students pull on a rope at both ends in an effort to displace...

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Check Your Understanding Find the angle between forces F1and F3in Example 2.16.
In a tug-of-war game on one campus, 15 students pull on a rope at both ends in an effort to displace the central knot to one side or the other. Two students pull with force 196 N each to the light, four students pull with force 98 N each to the left, five students pull with force 62 N each to the left, three students pull with force 150 N each to the right, and one student pulls with force 250 N to the left. Assuming the positive direction to the tight, express the net pull on the knot in terms of the unit vector. How big is the net pull on the knot? In what direction?
Two forces act on a single point. The first force is 200N in the direction of S30◦W and the secondforce is 150N due east. Write each of these forces in vector form and then find the magnitude of theresultant vector.
Compute the vertical and horizontal components of F for the given values of F and angle. The angle is measured clockwise from the positive X axis to the force F. 500kN, 245
Consider a pair of forces, one having a magnitude of 20N and the other magnitude of 12N .What maximum net force is possible for these two forces? What is the minimum net force possible?
A BLOCK ON A 25° –INCLINED PLANE IS BEING PULLED UP THE PLANE BY A FORCE P THAT MAKES AN ANGLE OF 40° WITH THE HORIZONTAL. IF P IS RESOLVED INTO COMPONENTS THAT ARE PARALLEL AND PERPENDICULAR TO THE INCLINED PLANE, AND THE MAGNITUDE OF THE PARALLEL COMPONENT IS 1000 DYN, WHAT IS THE MAGNITUDE OF P?
At what angle 8 must the 800-lb force be applied in order that the resultant R of the two forces has a magnitude of 20( lb? For this condition, determine the angle B between R and the vertical.
Given the following forces: F, = 300 lb 30° N of E, F, = 200 1b S 40° E,F3 = 224 lb W 25° N, and F, = 390 lb 70° S of Ea. Illustrate the forces in a cartesian plane b. Determine the components of each of the forces
Determine the magnitude F and the angle theta, if the resultant of the two forces acting on the block is to be a horizontal 80-N force directed to the right.
The sum of the x components (question #1), is 19.45 N. Question 2) what is the sum of the Y components of all 3 forces depicted? Question 3) what is the magnitude for the resultant force? Question 4) what is the angle (magnitude only) of the resultant force?
At what angle Θ must the 800-lb force be applied in order that the resultant R of the two forces have a magnitude of 860 lb?
The x any components of a force vector are -3.0 N and +4.0 N respectively, solve for the direction the given vector make with the +x axis and determine at what quadrant in the cartesian coordinate system the calculated direction of the equilibrant vector is located.

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Use the rectangular component method to solve the fol- lowing problems. Determine the magnitude R of the re- sultant of the forces and the angle 6, between the line of action of the resultant and the x-axis for F= 11 kN Fz = 14 KN 30 F3 = 12 kN