Magnetic Heater heat transfer calculation 1

Eddy current heater? You could probably find an average heat transfer coefficient, h, for the flowing water inside the copper tube. Much tougher to get the heat transfer coefficient on the outside of the copper tubing. I'd assume that was much less than the transfer on the inside and ignore it. So at steady state, the amount of heat transferred to the water = the amount generated in the copper.

Hey thanks for the answer! I have one more question in heat transfer formula which is Q = h*A*(Ts-T∞) what do i write for Ts and T∞? Also for the heat transfer area should i write copper tube cross sectional area? Thanks in advance!

Thanks!

@BrianE22