so techincally it really isnt that much to do with the Transitor then, it is more to do with the PD over the Collector/ Emmiter.
btw how did u find this thread?
No, as far as i understand it the Graph is a curving one, it becomes harder and harder to pull a particle as fast as light, the faster you are, therefore no.
well when people were theorising; the Sun went round the earth.
Then people made observations and they found out they were wrong, that was the point I was making.
We dont know what laws govern wormholes, I suspect even if it would appear to avoid needing rules, that we will find it does need rules.
Here is the formula then;
E=GMC^2
G= 1/1-Sqrt (V^2/C^2)
if V (velocity) = C (speed of light)
Then G= 1/Sqrt 1-1
or intinitity. Unless M in the Equation E=GMC^2 then E will always = infinity.
Now lets try above C
1/Sqrt 1-(V^2/C^2)
if we say V= 2C then we get 1/Sqrt 1-2, o dear.
Well to go BACK in time you would have to travel faster the speed of light.
There is a formula that stops you doing that; i will give it to you when the [math] a [/math] tags are working.
As for wormeholes, i reckon we will discover a new physical law when trying this, one that prevents us from travelling back in time.
is finding aswers for you hw all you ever use this site for?
ex- fy= gx + hy
ex-gx= Fy + hy
ex-gx= (f+h)y
(e-g)x=(f+h)y
x=(f+h)y/(e-g)
there for for every x there is (f+h)y/(e-g)
hope that helps
Is this a H/W question?
If not, I think you may be confusing relative apearance with reality. Anyway X and Y would both experience (tiny) amounts of time slow, due to special relativity. therefore theoretically the model is not water tight because you may be able to work it out from this (theoretically)
wait till Martin comes along, he seems to be an expert on these things.
well if you observe the electron then you know the electrons direction (i.e. towards your eye) so prosumably (as per heisenbergs UP) you cant know the position?
http://www.aqa.org.uk select your qualification and subject, then go to assesment material and download the past papers
same applies for different exam boards (infact the sylabusses are usually similar so you can use a range)
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