Km ​ and Kg ​ such that Kc ​> Km ​> Kg ​. If the same quantity of heat is to flow per sec per unit area of each and corresponding temperature gradients are Xc ​

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The coefficient of thermal conductivity of copper, mercury and glass are respectively Kc ​ , Km ​ and Kg ​ such that Kc ​> Km ​> Kg ​. If the same quantity of heat is to flow per sec per unit area of each and corresponding temperature gradients are Xc ​, Xm ​ and Xg ​ representative then
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Sep
The coefficient of thermal conductivity of copper, mercury and glass are respectively Kc ​ , Km ​ and Kg ​ such that Kc ​> Km ​> Kg ​. If the same quantity of heat is to flow per sec per unit area of each and corresponding temperature gradients are Xc ​, Xm ​ and Xg [...]
Posted in: Chapter 14 - Thermometry, Expansion and KTG , MTG NEET Physics ,
Tags: Km ​ and Kg ​ such that Kc ​> Km ​> Kg ​. If the same quantity of heat is to flow per sec per unit area of each and corresponding temperature gradients are Xc ​ , mercury and glass are respectively Kc , The coefficient of thermal conductivity of copper , Xm ​ and Xg ​ representative then ,