@@IgniteacademySir if Ohm's law is applicable at temperature constant then how it equates to the Energy dissipated equation H=I^2Rt As Heat is Dissipated, temperature will increase and so should we conclude Ohms law is not applicable?
Sir if Ohm's law is applicable at temperature constant then how it equates to the Energy dissipated H=I^2Rt As Heat is Dissipated, temperature will increase and so should we conclude Ohms law is not applicable?
Perfect lecture sir ❤
Thank you and share with your friends also
Book paid wale student na free. Milnar ahet ka?
@@IgniteacademySir if Ohm's law is applicable at temperature constant then how it equates to the Energy dissipated equation H=I^2Rt
As Heat is Dissipated, temperature will increase and so should we conclude Ohms law is not applicable?
Nice lectures 👌👌
Sir if Ohm's law is applicable at temperature constant then how it equates to the Energy dissipated H=I^2Rt
As Heat is Dissipated, temperature will increase and so should we conclude Ohms law is not applicable?
@Igniteacademy
सर जी PDF ची प्रिंट काढता येतो का
Book paid wale student na free Milnar ahet ka?
Sir btech houn 3 year zala it madhe job kartoy
Aaj khar electrical shiklo me 👍