Depends on the load of course. I would say back in the day all of the energy used by a machine that was powered by horses utilized it at the moment the horse pulled the load. No storage. Energy storage in those days consisted of stock piling the product whether it was water (pumped by wind...
Something tells me here that someone is literally trying to reinvent the wheel.
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My guess is the OP hasn't researched the history of what has been done to harness the energy that an animal can provide. So, to throw an old cliche out there, it's all been done.
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Now all that being said, the...
Can't have it both ways. A resistive pad will match the impedance at the cost of insertion loss. This may not matter depending on the circumstances. If you are evaluating the performance of one antenna vs another, etc, then just realize that you are burning up power in the matching pad. If you...
That is likely just a resistive pad to eliminate reflections on transmission lines. It is certainly not lossless or even close. My guess is 5.7 db of insertion loss.
I gave my layperson's opinion with the lame analogy with the rubber tape measure. I am implying that you cannot change the speed of light without changing spacetime and matter (if that were even possible ) in such a way as to make our measuring tools come back and give us the same number we had...
I can watch two cheetahs running and watch one approach and then pass the other, knowing which one is moving faster without knowing or caring about units or dimensions.
This is like asking why pi is 3.1415.....
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It's easy for us mere layperson's to wrap our heads around that, kind of....
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I think a better approach is to ask what the universe might be like if C were different than it is. Just how far into the fabric of spacetime, matter, etc the speed of light...
Maybe it's just me but I noticed 35 years ago the ARRL publications were a bit 'scattered' concerning skill level. In the same book they will describe something in very beginner's terms but the next chapter a different subject is way over the heads of many readers. Multiple books with...
This doesn't need to go very deep to explain that the phase relationship between two signals of different frequencies will never cause cancellation no matter how hard you try.
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Here's a little advice for you: When something does not make sense to you and contradicts mainstream accepted science...
It opposes a changing current. Inductors are happy continuing to pass a non-changing current. Try to increase it or decrease it and it does what it has to in order to counter this.