Question

The turnbuckle is tightened until the tension in the cable AB equals 2.3 kN. The x- component of this tension is most nearly: A. 0.375 kN B. 0.449 kN C. 0.519 kN D. 0.625 kN E. 0.734 kN F. 0.815 kN G. 0.960 kN H. 1.08 kN I. 1.15 kN J. 1.23 kN The magnitude of the projection of this tension along the line AC is most nearly: A. 1.31 kN B. 1.45 kN C. 1.54 kN D. 1.62 kN E. 1.73 kN F. 1.88 kN G. 1.95 kN H. 2.09 kN I. 2.17 kN J. 2.26 kN

          The turnbuckle is tightened until the tension in the cable AB equals 2.3 kN. The x-
component of this tension is most nearly:
A. 0.375 kN
B. 0.449 kN
C. 0.519 kN
D. 0.625 kN
E. 0.734 kN
F. 0.815 kN
G. 0.960 kN
H. 1.08 kN
I. 1.15 kN
J. 1.23 kN
The magnitude of the projection of this tension along the line AC is most nearly:
A. 1.31 kN
B. 1.45 kN
C. 1.54 kN
D. 1.62 kN
E. 1.73 kN
F. 1.88 kN
G. 1.95 kN
H. 2.09 kN
I. 2.17 kN
J. 2.26 kN

The turnbuckle is tightened until the tension in the cable AB equals 2.3 kN. The x-
component of this tension is most nearly:
A. 0.375 kN
B. 0.449 kN
C. 0.519 kN
D. 0.625 kN
E. 0.734 kN
F. 0.815 kN
G. 0.960 kN
H. 1.08 kN
I. 1.15 kN
J. 1.23 kN
The magnitude of the projection of this tension along the line AC is most nearly:
A. 1.31 kN
B. 1.45 kN
C. 1.54 kN
D. 1.62 kN
E. 1.73 kN
F. 1.88 kN
G. 1.95 kN
H. 2.09 kN
I. 2.17 kN
J. 2.26 kN

Added by Kayla M.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Mahendra Kumar

Step 1

To do this, we need to find the angle between the tension vector and the line AC. Looking at the diagram, we can see that the angle between the tension vector and the line AC is the same as the angle between the tension vector and the horizontal line. Let's call Show more…

Show all steps

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The component of this tension is most nearly: A. 0.375 kN B. 0.449 kN C. 0.519 kN D. 0.625 kN E. 0.734 kN F. 0.815 kN G. 0.960 kN H. 1.08 kN I. 1.15 kN J. 1.23 kN The magnitude of the projection of this tension along the line AC is most nearly: A. 1.31 kN B. 1.45 kN C. 1.54 kN D. 1.62 kN E. 1.73 kN F. 1.88 kN G. 1.95 kN H. 2.09 kN I. 2.17 kN J. 2.26 kN