@Glen
Poynt99 may have found something but he still doesn't know anything about the nature of electricity.
Remember - he was one of the ones claiming that 100% of everything that goes into the inductive resistor turned into heat since it is a resistor and therefore there can be nothing left after the switch is turned off. Well, we both know that when the switch is off we do get an inductive kickback that can be used to charge a cap, go back to the battery, go back to the nichrome to make more heat, etc... meaning Poynt99 is completely unqualified to even comment on the circuits - and he never even posted any of his experiments to back his claims. He was a desk jockey like most of the other "experts".
I completely back you Glen but Poynt99 might be able to dig up info but he has no ability to apply critical thinking to these circuits in any way, shape or form.
Originally posted by FuzzyTomCat
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Remember - he was one of the ones claiming that 100% of everything that goes into the inductive resistor turned into heat since it is a resistor and therefore there can be nothing left after the switch is turned off. Well, we both know that when the switch is off we do get an inductive kickback that can be used to charge a cap, go back to the battery, go back to the nichrome to make more heat, etc... meaning Poynt99 is completely unqualified to even comment on the circuits - and he never even posted any of his experiments to back his claims. He was a desk jockey like most of the other "experts".
I completely back you Glen but Poynt99 might be able to dig up info but he has no ability to apply critical thinking to these circuits in any way, shape or form.
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