why thick steel ropes are made by braiding a number of thin steel wires together
99 points
Answers
Answered by
6
assume the total cross section of the wires in the rope is equal to the cross section of the steel bar. Since there is some space between the fibers, the rope will have a larger diameter.
If the fibers in the rope were all straight and you were careful to pull equally on each fiber, the bar and rope should be equally strong. But they typically won't be.
Suppose one fiber is a little weaker than the others, and breaks first. Now the rest have a heavier load.
The advantage of multiple strands is flexibility. You use them in cables you plug in often. Flexing them too much can break individual fibers, and eventually break the wire.
The advantage of single strand is durability. Wires inside walls are single strand because they are inconvenient to replace. They are seldom handled, so stiffness isn't a problem.
If the fibers in the rope were all straight and you were careful to pull equally on each fiber, the bar and rope should be equally strong. But they typically won't be.
Suppose one fiber is a little weaker than the others, and breaks first. Now the rest have a heavier load.
The advantage of multiple strands is flexibility. You use them in cables you plug in often. Flexing them too much can break individual fibers, and eventually break the wire.
The advantage of single strand is durability. Wires inside walls are single strand because they are inconvenient to replace. They are seldom handled, so stiffness isn't a problem.
Answered by
8
thick steel ropes are basically made by braiding a number of thin steel wire to:-
i)steel is used to make the rope so strong and strengthened.
ii)thin steel wires are used so that the rope can be easily can be used as a rope so that it can be rounded.
hope it helps
please mark as brainliast
and follow me
nabeelabdulsalam:
i gave you the brainliest onlh because yiu asked but the answer is not covering the point of question
Similar questions
English,
6 months ago
CBSE BOARD X,
6 months ago
English,
1 year ago
English,
1 year ago
Math,
1 year ago