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LBRY Claims • temperature-dependence-of-resistivity

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18 Jan 2022 03:28:06 UTC
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Temperature Dependence of Resistivity & Resistance
Temperature Dependence of Resistivity & Resistance
Thermistor
Superconductors
Finding Coefficient of Resistance
We have seen in the drift velocity lecture
? ⃗=(??^2)/? ?? ⃗
? ⃗=?? ⃗

?=(??^2)/? ?
When we increase temperature of conductor average time between two collision(Relaxation time) will decrease so conductivity will decrease and as a result resistivity will increase.

For small temperature variations we can write for most of the materials
?_2=?_1 (1+?(?_2−?_1 ))

?_2=?_1 (1+?∆?)
Where ?_2 ??? ?_1 are the resistivity at temperature ?_2 ??? ?_1 respectively and ? is called temperature coefficient of resistivity.

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https://www.youtube.com/watch?v=-o7iIQEUJy0
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