An Unstable Nucleus Results From Too Many Or Too Few
Famous An Unstable Nucleus Results From Too Many Or Too Few 2022. To become in the example below, a nucleus is unstable because it has too many or too few neutrons relative to protons. Eg firing alpha particles at beryllium results in neutrons being emitted.
Due to the small number of. Earth sciences questions and answers. If the attractive interactions due to the.
Imagine They Had The Same Mass.
Due to the small number of neutrons, protons can repel one another. Answer:too fewexplanation:an unstable nucleus results from too fewplease mark me as brainliest. Due to the small number of.
A Nucleus With Too Few Neutrons Is Unstable Because There Are Not Enough To Keep Protons In The Nucleus.
There are only certain combinations of neutrons and protons which form stable nuclei. In nuclear decay reactions, parent nucleus is converted to a more stable daughter nucleus. Nuclei with too many neutrons decay by converting a neutron to a proton whereas nuclei with too few.
Every Atom Has Either A Stable Nucleus Or An Unstable Nucleus, Depending On How Big It Is And On The Ratio Of Protons To Neutrons.
Too many protons (or too few neutrons) in the nucleus result in an imbalance between forces which leads to nuclear instability. If the attractive interactions due to the. Other factors that influence the stability of nucleus are binding energy and.
If An Element Has Too Many Or Too Few Neutrons, The Element Becomes Unstable And Will Decay.
If there are too few neutrons or too many neutrons the nucleus becomes unstable from chem 7l at defence authority degree college. Earth sciences questions and answers. Beta particles are essentially fast.
See Answer (1) Best Answer.
It is the balance of protons and neutrons in a nucleus which determines whether a nucleus will be stable or unstable. Imagine for a moment that there were no difference at all between neutrons and protons. Eg firing alpha particles at beryllium results in neutrons being emitted.
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