In the following figure the lamp has weight, in magnitude, of W, the spring constantis k for the spring AB, the equilibrium length of the spring is lo, the horizontaldistance between C and B is d and the angle measured clockwise from the negativex-axis to AC is 0. With the provided values to follow, determine the required lengthof cable AC so that the system is in static equilibrium. All angles are measured indegrees, all distances are measured in m and all spring constants are measured inNm¹. Provide your answers accurate to three significant figures.Given -50. w-200, 200, d-2 and 0.5 (all forces measured in N), provide the required values (where is the magnitude of the tension in the rope):T =AC =

The solution of the problem is given below

gun spring to, I the angle measured clockwise from the negative ed values to follow, determine the required length in static equilibrium. All angles are measured in 1 in m and all spring constants are measured in urate to three significant figures. d

gun spring to, I the angle measured clockwise from the negative ed values to follow, determine the required length in static equilibrium. All angles are measured in 1 in m and all spring constants are measured in urate to three significant figures. d

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

In the following figure the lamp has weight, in magnitude, of W, the spring constant
is k for the spring AB, the equilibrium length of the spring is lo, the horizontal
distance between C and B is d and the angle measured clockwise from the negative
x-axis to AC is 0. With the provided values to follow, determine the required length
of cable AC so that the system is in static equilibrium. All angles are measured in
degrees, all distances are measured in m and all spring constants are measured in
Nm¹. Provide your answers accurate to three significant figures.
Given -50. w-200, 200, d-2 and 0.5 (all forces measured in N), provide the required values (where is the magnitude of the tension in the rope):
T =
AC =

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