In the load-extension graph a wire, the elastic limit lies between the pointsQ and RP and QP and RNone of these

Click here:point_up_2:to get an answer to your question :writing_hand:in the loadextension graph for a wire the elastic limit lies between the points
Click here👆to get an answer to your question ✍️ In the load-extension graph a wire- the elastic limit lies between the pointsQ and RP and QP and RNone of these
After Q- it won-apos-t regain its shape- as can be seen from the graph -or by inverting the axis to read stress-strain graph- Thus elastic limit lies between P and Q

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In the load-extension graph a wire, the elastic limit lies between the pointsQ and RP and QP and RNone of these

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Solved Fig. 2.1 is the extension-load graph for a light

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The force-extension graph of a metal wire is shown.At which point on the graph does the metal wire stop obeying Hooke's law?

1.To understand that once the elastic limit has been exceeded, the force- extension graphs for loading and unloading are unequal 2.To know that such curves. - ppt download

Within elastic limit, which of the following graphs correctly represents the variation of extens

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Within elastic limit, which of the following graphs correctly represen

Within the elastic limit, which of the following graphs correctly