The stress-strain curve plots strain on the X-axis and stress on the Y-axis to study how a metal wire behaves under gradually increasing load; initially, the curve is a straight line (OA) where stress is directly proportional to strain, meaning the wire obeys Hooke's Law, and point A marks the proportional limit where this linear relationship ends.
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Stress-Strain Curve Explained | Hooke’s Law & Elastic Limit |#science #neet #physics #shortsAdded:
Stress-strain curve.
Stress-strain curve is used to study the behavior of a wire subjected to gradually increasing load.
A metal wire is suspended from a rigid support and a load is hung at its other end.
By taking strain on X axis >> [music] >> and stress on Y axis, the behavior of the wire can be explained by drawing a graph.
First, when load is applied on the wire, OA is a straight line. From O to [music] A, stress is directly proportional to strain. That means the wire obeys Hooke's law.
>> [music] >> Therefore, point A is called proportional limit.
Now, if the load on the wire is removed, [music] the object regains its original position.
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