The main reason that electrons and protons are dominant in matter is that these are stable particles and do not decay spontaneously. The neutron, which is unstable outside of a nucleus, is stable within the nucleus of an atom. The reason that the protons and neutrons are bound together is the strong nuclear force. The coulombic attraction between protons and electrons then binds the electrons to the nucleus to form an atom.
The nucleus of an atom doesn't contain electrons. The nucleus contain protons and neutrons. The protons are of positive charge. The neutrons are of neutral charge (zero electric charge). The neutrons help in getting the nucleus more stable during the radioactive decay due to excess of neutrons than the stability proton to neutron ratio, a neutron transforms into a proton plus an electron. Hence, the electron is radiated as a negative beta radiation and the neutron to proton ratio gets closer to the stability line. The protons in an atom are equal to the atom electrons to keep the atom of neutral charge.
The electrons are so far outside the nucleus that the protons (which reside in the nucleus) have no opportunity to interact with protons in other atoms. The electrons interact with electrons in other atoms, and that's all that happens. Protons in different atoms never have a chance to get close to each other.
The motion of the proton in a magnetic field, F= qvxB.
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Atoms are made up of protons, neutrons, and electrons. They all balance each other out with their positive, negative, and neutral charges, while being in the atom!
Beryllium should be expected to have a charge of 2+ as is expected of all the elements in Group 2 of the periodic table. But its behavior is somewhat different than other Group 2 elements because it has so few electrons. This element tends to form covalent bonds.All nuclei have a positive charge.So beryllium-9 has a positive charge.
Particles of opposite charges attract each other. Protons have a positive charge, electrons have a negative charge.Particles of opposite charges attract each other. Protons have a positive charge, electrons have a negative charge.Particles of opposite charges attract each other. Protons have a positive charge, electrons have a negative charge.Particles of opposite charges attract each other. Protons have a positive charge, electrons have a negative charge.
Protons and electrons have opposite charges, so they do attract each other. However, the force of attraction is balanced by the electromagnetic force that keeps electrons in their orbit around the nucleus of the atom. This balanced force allows atoms to remain stable.
Electrons and protons attract each other because electrons have a negative charge and protons have a positive charge
All molecular attractions are electrostatic in nature. Electrons are attracted to protons, and various combinations of electrons and protons can be attracted to other combinations of electrons and protons.
Electrons and protons do have opposite charges (electrons are negative, protons are positive), which causes them to attract each other. This attraction is what holds atoms together to form molecules.
when protons which are positive and electrons which are negative attract each other
Yes, electrons have a negative charge while protons have a positive charge. Opposite charges attract each other.
protons hold electrons around the nucleus. Electrons have a negative charge while protons have a positive charge, so since opposite charges attract each other, electrons and protons hold each other in place.
It is important for electrons and protons to be attracted to each other because this electrostatic force holds the atom together. Protons are positively charged and located in the nucleus, while electrons are negatively charged and orbit the nucleus. The attraction between them creates a stable structure, allowing atoms to form bonds and create matter.
No, electrons have a negative charge and a different mass than protons; they do however, attract each other due to the positive and negative charges.
like forces repel, unlike forces attract(:
Hi mr. Barwilson students