Physics 24 Heat Transfer: Conduction (17 of 34) Single Path - Variable Conductivity

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In this video I will calculate the heat transfer per unit time (variable conductivity path) from heat source at 100C to heat sink at 0C of copper.

Next video in this series can be seen at:
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Why does the change in temperature have to change? If it does change, what would the temperature gradient look like? What is the difference between specific heat and conductivity constant?

emilsriram
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Does the temperature change represent the temperature change from 100 C to the temperature of the location dx from the hot reservoir?

emilsriram
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Could you make a video regarding thermal diffusivity?

emilsriram
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Thanks for the great videos...just a quick question about the conductivity function k(x)=385-170x. I understand that the starting value is 385 which indicates our material starts off as Copper but I am a bit confused as to where the coefficient of x came from? I thought maybe it was the difference between the conductivity of Copper and Aluminum but that gave me 180. Any insight you can provide is greatly appreciated. Have a great thanksgiving!!

rationalthinker