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in this video Iamp;#39;m going to introduce the buyout number and then think about three examples where the bite numbers of uses to us first weamp;#39;ll be thinking about the Biot number and resistance networks the second thinking about the Biot number and analyzing finns and finally what the Byatt number means with regards to solving unsteady heat transfer problems via number is simply the resistance to conduction heat transfer divided by the resistance to convection heat transfer if we think about a planar system and of course that conduction resistance is the length over which the conduction is occurring divided by the conductivity of the material and the cross sectional area through which the conduction is occurring the convection resistance from the surface is simply 1 over the convection coefficient times the surface area through which the convection process is occurring if I divide those two I will see that the Biot number can be defined as H L over K and the meaning is of co
