A cable weighing 40 N per meter oflength is suspended from point Aand passes over a smallfrictionless pulley at B. Because of100 mthe small sag-to-span ratio, usethe approximation of a paraboliccable.12 mCalculate the mass m of theattached cylinder which will9mproduce the sag of 9 m.Determine the horizontal distancefrom A to C.Calculate for the tension at A.

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A cable weighing 40N per meter of length is suspended from point A and passes over a small frictionless pulley at B. Because of the small sag-to-span ratio, use 100 m the approximation of a parabolic cable. 12 m Calculate the mass m of the attached cylinder which will 9 m m produce the sag of 9 m. Determine the horizontal distance from A to C. Calculate for the tension at A.

A cable weighing 40N per meter of length is suspended from point A and passes over a small frictionless pulley at B. Because of the small sag-to-span ratio, use 100 m the approximation of a parabolic cable. 12 m Calculate the mass m of the attached cylinder which will 9 m m produce the sag of 9 m. Determine the horizontal distance from A to C. Calculate for the tension at A.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Concept explainers

Cables

Cables are collections of wires, alternatively referred to as a cord, connector, or plug. They are one or more wires covered in a plastic covering that allows for the transmission of power or data between devices. The earliest use of recognizable electrical cable was the early commercialized telegraph lines. These were iron-made and tedious to produce and install cabling.

Question

A cable weighing 40 N per meter of
length is suspended from point A
and passes over a small
frictionless pulley at B. Because of
100 m
the small sag-to-span ratio, use
the approximation of a parabolic
cable.
12 m
Calculate the mass m of the
attached cylinder which will
9m
produce the sag of 9 m.
Determine the horizontal distance
from A to C.
Calculate for the tension at A.

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