Nude mod

As above, so I thought this approximately
And this is precisely the principle of energy from zero point energy.

@

I'm not talking about that which should not go, but how do the show this.

And how do the calculating work?
After all, they can not a neutron on the scale and then calculated using a theoretical impact velocity The possible amount of energy.

Which statement and on what basis? Companies pay a kilo of neutrons by the neutrino, the weight divided by the number and have the result? Since then has to have a lot of time in order to be able to pay up to about 5.970 Quadrilliarden. Per second a neutron, and he coriander approximately 31.7 10 ^ 18 years on it. So 31.7 trillion years.

Please already So who wants to understand and, above all, as if a neutron (according to Wiki) really 1.674927211 (84) ? 10 ^? Weighs 27 kg. In the figures 0,0000000000000000000000000001674927211 (84) kg. But it could very well 0,0000000000000000000000000001674927212 (84) kgs, because it just 0.0000000000000000000001 ° C is warm, has thus changed the air pressure around 0.000000000000000000000000000000000004 mbar and thus more or less charged atmosphere on the meter. naja. Less in the case, because then the neutron was indeed only 0,0000000000000000000000000001674927119 (84) kg.

So the results are all inaccurate, because no one really knows what's going on.

Re?

Little witch has written the following:

So the results are all inaccurate, because no one really knows what's going on. Re?

Because we need to stop. Ok you and I might not, but just as in Phsyik When working with such small parts, you just bracuht soclhe numbers, or as astronomers if they charge something in the Grouenordnung of entire galaxies do.

Well to be, but can never sure they really count. Think about your privacy at some comparisons.

Each of us is satisfied if he times 10 ^ 6 Ђ wins the lottery.
Merkel wants 2011 50x10 ^ 9 Ђ operate new public debt.
The light sets an hour a way of 1.079 10 ^ 12 meters back. (The other times I let m 252 848 800 grouzugig omitted.)
In geostationaren space is expected to be 10 ^ -17 particles
The vacuum in space one errechnett particles with just 10 ^ -18.
The heiut to the ISS fly around 10 times as many particles as it might 500km is more the case. Darfur, that are so little, but made very often.
10 ^ 27 we had just the weight of a neutron. So please, 10 ^ 6000?? I miss already the examples to find something for 10 ^ 50, 10 ^ 100, 500 or 10 ^ 10 ^ 1000th