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UrbanXrisis
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what is the end result when you break a proton down? I know that the charge is called a positron but what is the other half of the proton called?
dextercioby said:Chemistry deals with only th outer layer electrons of an atom (bond electrons),and not with nulclei,their structure and behavior.
t!m said:I'm going to have to disagree with this over-generalized statement. Chemistry involves more than valence electrons and does deal with nuclei, citing a simple example: stoichiometry in chem requires molar mass, or the mass number, which obviously derives from the nucleus and not from the electrons. There are innumerable other examples of why chemistry deals with nuclei, and not just valence electrons.
Briggs said:The positron is the anti-particle of an electron which basically means it is an electron but with a positive charge. I don't think it has any thing to do with a proton that has lost its mass.
UrbanXrisis said:what is the end result when you break a proton down? I know that the charge is called a positron but what is the other half of the proton called?
When a proton is broken down, it releases energy and subatomic particles. This process is called proton decay and is a natural phenomenon that occurs in certain radioactive elements.
The subatomic particles that are released when a proton is broken down include positrons, neutrinos, and mesons. These particles have different properties and can interact with matter in different ways.
No, a proton cannot be broken down without any external forces. In order for a proton to break down, it needs to interact with another particle, such as an antiproton or a high-energy photon.
The end result of breaking a proton down is a combination of subatomic particles, with the most common being a positron and a neutrino. These particles can then go on to interact with other particles and potentially form new atoms.
No, breaking a proton down is not dangerous. Proton decay occurs naturally, and the particles released are very small and do not pose any significant threat to living organisms or the environment.