sjelly932
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SOMEONE HELP ASAP!!!!!

why would the addition of electrons to the hadrons (protons and neutrons) allow for a 'stable and electrically neutral' environment?

Respuesta :

makaylalarose

Answer:

According that theory protons and neutrons have a strong force charge. ... Electrons are not affected by the nuclear strong force. Without a source for this additional energy the neutron cannot decay. Hence the neutron in a deuteron is stable.

The addition of electrons to the hadrons would allow for a 'stable and electrically neutral' environment due to electromagnetic attraction between electrons and protons and nuclear attraction between neutrons and protons.

To find reason, we need to know about electromagnetic force and nuclear force.

What is electromagnetic force?

  • Electromagnetic force is a combination of electric force and magnetic force.
  • It's a type of physical interaction that occurs between electrically charged particles.
  • It's attractive if the charges have opposite charges and is repulsive if they have similar charges.
  • So, the electrons and protons are attracted towards each other due the electromagnetic force.

What is nuclear force?

  • Nuclear force is found between nucleons (i.e. between protons or between proton and neutron or between neutrons).
  • It's a short range force. Means it's dominated only when the separation between the nucleons is in the fermi range.
  • It's always attractive force.
  • So, the protons and neutrons are attracted due the nuclear force.

Thus, we can conclude that the addition of electrons to the hadrons would allow for a 'stable and electrically neutral' environment due to electromagnetic attraction between electrons and protons and nuclear attraction between neutrons and protons.

Learn more about nuclear force here:

https://brainly.com/question/8695581

Learn more about electromagnetic force here:

https://brainly.com/question/13745767

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