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when I hold lead ball I feel that it is just matter, if I divide it 10 times I just got lead , that is my feeling and the feeling of anyone holding a lead ball, and when I see its microscopic photo I see just protrusions with holes .
why cant I see protons , neutrons and even electrons ?
in some surfaces you can see the protrusions I'm referring to by naked eyes
These are in fact protrusions on the surface of a gold bar , gold protrusions according to my theory
Quote from: Yahya on 08/06/2018 22:23:38why cant I see protons , neutrons and even electrons ?Because most of an atom is actually empty space.Did you forget to look at what the current models of matter are like?
most of an atom is actually empty space.
Quote from: Yahya on 08/06/2018 22:23:38These are in fact protrusions on the surface of a gold bar , gold protrusions according to my theory You don't have a "theory", you have a mistake.Why are all the atoms the same size?The surface will have been made by evaporation, so it's not something like scratches left by machining.
The photo shows that empty spcae and nculues volumes are close to each other in value
Quote from: Bored chemist on 23/07/2018 17:51:19Quote from: Yahya on 08/06/2018 22:23:38These are in fact protrusions on the surface of a gold bar , gold protrusions according to my theory You don't have a "theory", you have a mistake.Why are all the atoms the same size?The surface will have been made by evaporation, so it's not something like scratches left by machining.Look at the picture again they are not the same size nor the same shape, similar to protrusions seen by naked eye.https://en.wikipedia.org/wiki/Scanning_tunneling_microscope#/media/File:Atomic_resolution_Au100.JPG
Quote from: Yahya on 30/07/2018 10:40:36Quote from: Bored chemist on 23/07/2018 17:51:19Quote from: Yahya on 08/06/2018 22:23:38These are in fact protrusions on the surface of a gold bar , gold protrusions according to my theory You don't have a "theory", you have a mistake.Why are all the atoms the same size?The surface will have been made by evaporation, so it's not something like scratches left by machining.Look at the picture again they are not the same size nor the same shape, similar to protrusions seen by naked eye.https://en.wikipedia.org/wiki/Scanning_tunneling_microscope#/media/File:Atomic_resolution_Au100.JPGAll the little circles in that picture- the atoms- are pretty much the same size and shape.I have highlighted a few for you.What are you looking at?
Quote from: Yahya on 30/07/2018 10:33:28The photo shows that empty spcae and nculues volumes are close to each other in valueThen the photo is wrong. The nucleus is tiny.
have a close look at it , are they exactly the same size and shape exactly like a sphere ? why not
In a ddition that I don't see pieces as protons and neutrons I don't see the actual empty space
are those the imaginary atoms or just protrusions ?
Quote from: Yahya on 31/07/2018 06:07:03In a ddition that I don't see pieces as protons and neutrons I don't see the actual empty spaceOf course you don't see empty space- it's space- there's nothing to see.What the picture shows is the average position of the cloud of electrons that take up much of the space.
Quote from: Bored chemist on 31/07/2018 20:31:52Quote from: Yahya on 31/07/2018 06:07:03In a ddition that I don't see pieces as protons and neutrons I don't see the actual empty spaceOf course you don't see empty space- it's space- there's nothing to see.What the picture shows is the average position of the cloud of electrons that take up much of the space.Quote from: Bored chemist on 30/07/2018 21:58:25Quote from: Yahya on 30/07/2018 10:33:28The photo shows that empty spcae and nculues volumes are close to each other in valueThen the photo is wrong. The nucleus is tiny.
Quote from: Yahya on 31/07/2018 06:07:03In a ddition that I don't see pieces as protons and neutrons I don't see the actual empty spaceOf course you don't see empty space- it's space- there's nothing to see.What the picture shows is the average position of the cloud of electrons that take up much of the space.Quote from: Bored chemist on 30/07/2018 21:58:25Quote from: Yahya on 30/07/2018 10:33:28The photo shows that empty spcae and nculues volumes are close to each other in valueThen the photo is wrong. The nucleus is tiny.
Quote from: Yahya on 31/07/2018 21:15:21Quote from: Bored chemist on 31/07/2018 20:31:52Quote from: Yahya on 31/07/2018 06:07:03In a ddition that I don't see pieces as protons and neutrons I don't see the actual empty spaceOf course you don't see empty space- it's space- there's nothing to see.What the picture shows is the average position of the cloud of electrons that take up much of the space.Quote from: Bored chemist on 30/07/2018 21:58:25Quote from: Yahya on 30/07/2018 10:33:28The photo shows that empty spcae and nculues volumes are close to each other in valueThen the photo is wrong. The nucleus is tiny.Did you feel that this post was in some way informative?Are you saying you expected to be able to see empty space?If so, why?- you don't see space between the stars.
But in this case I will see it as gaps