Now that is deep...very deep."the infinitely large is like the infinitely small"
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Morning Mi' LordNow that is deep...very deep.
Morning mi'lady?
Hello senator? I know you will drag Raila's name into Jayden's shenanigansMorning Mi' Lord
missed you.
update me please,
is he the cause of the sharp increase of price of weed?Hello senator? I know you will drag Raila's name into Jayden's shenanigans
i demand a pink handleDeep Sea ni dem?
How did you notice that?is he the cause of the sharp increase of price of weed?
Katiana polepole. Tukikuambia uangalie venus ama full moon unaanza za ooo ooo anga hwot.Now that is deep...very deep.
Morning mi'lady?
are you talking about schrodinger's cat? because if you are that diagram would be a bit different. Electrons gain and loose energy, and every time that happens, it affects the its location relative to the nucleus which is slightly different from schrodinger's catThere is a common misconception that electrons revolve around the nucleus in elliptical paths similar to a solar system. The fact is that they don't. The diagram is drawn that way but its just to make people understand the relation of electrons to the nucleus.
The speed and position of a planet or any body in a solar system can be determined.
You cannot determine both at the same time for an electron with any precision because observing one of those those qualities affects the other.
@Deep Sea when will I see your cat.schrodinger's cat
No. Im talking about the Heisenberg Uncertainty Principle.are you talking about schrodinger's cat? because if you are that diagram would be a bit different. Electrons gain and loose energy, and every time that happens, it affects the its location relative to the nucleus which is slightly different from schrodinger's cat
Sawa, today I learn a new thing, will make a point and read on thatNo. Im talking about the Heisenberg Uncertainty Principle.
Cool. Distilled and very simplisticly, it comes down to this, you can measure the velocity/speed or the position of a particle with some accuracy but you cant get both because the very act of measuring alters one of those qualities. E.g suppose you have a microscope that can observe an actual electron.Sawa, today I learn a new thing, will make a point and read on that
Ahh, the same way that light is both a particle and a wave, depending on how you measure it? but it cannot be both?.... it is either one or the other?Cool. Distilled and very simplisticly, it comes down to this, you can measure the velocity/speed or the position of a particle with some accuracy but you cant get both because the very act of measuring alters one of those qualities. E.g suppose you have a microscope that can observe an actual electron.
the light/photons from the microscope that would hit the electron to let you "see" it would only allow you to measure one thing. because "seeing it"would then add energy to it therefore changing its position...or would perhaps increase/decrease its speed.
No. That one now would be equal Schrodingers Cat since its both states until you choose a method of the observation, the same way the cat is both alive and dead until you actually open the box to make the observation.Ahh, the same way that light is both a particle and a wave, depending on how you measure it? but it cannot be both?.... it is either one or the other?
Morning Mi' Lord
missed you.
update me please,
Katiana polepole. Tukikuambia uangalie venus ama full moon unaanza za ooo ooo anga hwot.
@Deep Sea when will I see your cat.
Achana na @It's Me Scumbag
Aligongwa na nduthi akaharibika kitwa