if we beam electrons/protons into water what will happen?

water will heat up right? electrons impact water, water molecules vibrate faster and heat up.

how exactly electron impact/interact water? electrons hit oxygen or hydrogen? hit electrons? hit orbitals? hit 99% empty space within atoms?

why there is no electron hitting nucleus? isn't nucleus attracting electrons?

i asked in another forum, none of the answers makes sense. please help.

Thanks!

 

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I can't do any better then James, except to say that the answers that didn't make sense to you on another forum, may well be a result of your lack of knowledge with regards to science, and the power of any agenda you hold in only allowing you to hear what you want to hear, and conversely not hearing what you don't want to hear..
That has been evident even on this forum in other threads.

 

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seems you are just assuming?

can you be more precisely?

 

Maybe the answers did make sense, they just weren't the answers you were wanting to hear.

Y'know, because they were science.

 

fact is no one knows details. otherwise, why no answer to my simple questions?

what is hitting what? how?

 

see? how good is our science?

how much do you really know? besides book memories?

 

And here we go... again.

 

honest people thou. cool.

 

Whoever 'go's again' with this trolling nitwit needs a brain transplant. The trolling nitwit jcc.

 

Read a book jerkoff. Maybe you'd learn something. Just how illiterate you are at this moment.

 

come on. i am just learning science from you guys.

please answer my questions if you have the right answer.

 

You're not trying to learn science from people who post here. If you are then you're more confused than I thought. Read this.
https://van.physics.illinois.edu/qa/listing.php?id=1226

 

cloud? indeed.

do you believe it? how smart scientist can even see electron clouds?

 

http://scienceline.ucsb.edu/getkey.php?key=408
Who discovered electrons,protons, and neutrons?
Answer 1:
Experiments by J.J. Thomson in 1897 led to the discovery of a fundamental building block of matter One hundred years ago, the British physicist J.J. Thomson was venturing into the interior of the atom. At the Cavendish Laboratory at Cambridge University, Thomson was experimenting with currents of electricity inside empty glass tubes. He was investigating a long-standing puzzle known as "cathode rays." His experiments prompted him to make a bold proposal: these mysterious rays are streams of particles much smaller than atoms, they are in fact minuscule pieces of atoms. He called these particles "corpuscles," and suggested that they might make up all of the matter in atoms. It was startling to imagine a particle residing inside the atom--most people thought that the atom was indivisible, the most fundamental unit of matter.
It took more experimental work by Thomson and others to sort out the confusion.
He found out that the rays are made up of electrons: very small, negatively charged particles that are indeed fundamental parts of every atom.

In 1911 Ernest Rutherford who performed many experiments to explore radioactivity did an experiment in which he discovered that the atom must have a concentrated positive center charge that contains most of the atom's mass.
He suggested that the nucleus contained a particle with a positive charge the proton. Atoms of different elements have different numbers of protons giving their nuclei different charges.
That meant the hydrogen nucleus (it has one proton) was an elementary particle. Rutherford named it the proton, from the Greek word "protos," meaning "first."

In 1932, James Chadwick, an English physicist who had worked with Rutherford, detected neutrons and measured their mass in an invisible game of billiards. He fired the neutrons at a block of paraffin wax, which has a high concentration of hydrogen and is therefore rich in protons. Some of the neutrons collided with protons in the wax and knocked them out. Chadwick could then detect these protons and measure their energy. Using his knowledge of energy and momentum, he was able to work out the mass of the neutrons from the range of energies of the protons that they knocked out. He found that its mass was slightly more than that of a proton. Chadwick, like Rutherford, used an ingenious method to probe into what cannot be seen.

You can find more information at:
http://www.norssi.jyu.fi/yaste/opiskelu/oppilastyot/cern2002/english/engl_nukl.html

 

so what is hitting what? only few possibilities, no sure?

????????

 

http://www.dummies.com/how-to/education-languages/science/Physics/Light.html

http://www.dummies.com/how-to/education-languages/science/Physics/Electricity-Magnetism.html

As you gain knowledge and improve, these "physics for dummies" do progress onto more complicated subject matter, and I will give you those links as you mature and learn.

 

Apologies, I would actually start here first. to alleviate any misunderstandings.

http://www.bookdepository.com/book/...09ZSNXA8ZRUK&gclid=CL_13f3EhMYCFcSWvQodEQcAhg

 

you quote many links, but none has answers.

what is hitting what? how?