Number 1728. What relation it has between Electron & Proton in Physics?

Question

This relation may be as weight, the distance between electron-Proton, or the differnce of electrical charges

Answer 1

weight

Answer 2

Electrons go around the nucleus or center of the atom. Protons are much bigger than electrons. The nucleus is made of protons and usually of neutrons, too. Electrons have a negative charge. Protons have a positive charge. This attracts electrons to the atom. There will usually be as many electrons as protons. If not, the atom will have an electrical charge and try to pick up or shed an electron to have the same number of electrons and protons to have a net zero or neutral electrical charge. A charged atom with an unequal number of protons and electrons is an ion. These charges hold the electrons in orbit around the nucleus. The protons are held together by the strong nuclear force. This force works by the protons sending smaller particles between each other. This force cannot work over a distance as large as the distance between the protons in the nucleus and the electrons. The strong nuclear force is stronger so it can hold all the positively charged protons together, but if the nucleus gets too big, it will fly apart because the distance between protons will get too large and the positive charge of the protons will repel each other. This idea is summed up in the Hiesenberg Loan Principle. Lots more info on this but I suppose that's enough for this, eh?

Answer 3

I think u have messed up ur concepts
The ratio of the masses of proton to electron is 1836.
There is no diff of the numerical value of electrical charges.
The dist between them depends on which atomic number u r talking about.

The other number is 1729
This is peculiar bec
1729= 10^3+9^3 = 12^3+1^3
the only such number known to us.

Answer 4

proton mass /electron mass=1728

Answer 5

why do u want to know

thats a huge number and everything about a proton an a neutron is small so...