H
holmslaw
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I think you're probably being over-generous by saying that. As others have asked, if all the electrical energy isn't being turned into heat, where is it going? - and that applies' during that 'lag period' as much as at any other time.I suppose he's nitpickingly correct, there is obviously a time lag between switching on and the element producing full heat, so I should have said 99.999% rather than 100%.
I have a HNC in Electrical and Electronic Engineering which I was studying at the time when I wrote the answer on page 2.If you have the time you should go and do your HNC in Electrical Engineering it will help you understand a bit better.
This utterly imcompetent use of English suggests that the author is equally incompetent in other fields too. So no one's going to believe what he says in electrical matters.100% efficient who are you kidding that would be a first. I take it now of yous have completed a Electrical Design course, it just shows when you can only pick fault with gramer and terminology you have ran out of meaningful dialogue.
This utterly incompetent use of English suggests that the author is equally incompetent in other fields too. So no one's going to believe what he says in electrical matters.100% efficient who are you kidding that would be a first. I take it now of yous have completed a Electrical Design course, it just shows when you can only pick fault with gramer and terminology you have ran out of meaningful dialogue.
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