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Dec 6, 2014 · How does atomic size affect reactivity? The larger an atom is, the more reactive it will be. It helps to think about the size of an atom with the location of the electrons and nucleus …

This means that larger nuclei are less stable, and can form lower-energy configurations by splitting into smaller parts (fission). Iron is at the middle point in terms of nucleus size, where …

Which atoms are more stable? Smaller atoms (atomic no. less than 20), while larger atoms are less stable. The most stable nuclei have a 1:1 ratio of neutrons to protons.

May 21, 2016 · With larger atom, electrons are more spread out, and there's less repulsion, but larger volume for interaction with other molecules. Somehow larger atoms react less with …

Over distances less than 10 −15 meters and within the nucleus, the strong nuclear force is much stronger than electrostatic repulsions between protons; over larger distances and outside the …

The nuclei higher up the periodic table are not as stable, which is why radioactive decays, and fission, occur. These processes generally produce smaller and more stable nuclei. The nuclei …

Oct 24, 2023 · Atoms with larger atomic numbers have more protons in their nucleus. This results in increased electrostatic repulsion between the protons, making the nucleus less stable. …

Jul 29, 2023 · For low atomic numbers most stable nuclei have a neutron/proton ratio which is very close to 1. As the atomic number increases, the zone of stability corresponds to a …

Since the nuclei of most of the atoms are small in which the protons and neutrons are very, very close together, it is the nuclear force of attraction which is greater (than the electrostatic force …

Jun 14, 2009 · Smaller atoms are less stable and thus want to get rid of their charge/share their charge, in order to become more stable. While larger atoms, having a larger e- cloud, have …

May 8, 2012 · The competition between these two effects implies that nuclei are most likely to be stable when Z is somewhat less than N; and the larger are Z and N, the bigger the difference …

Smaller atoms can disperse charge better than larger atoms, making them less stable. Larger atoms can disperse charge better than smaller atoms, making them more stable. Smaller …

They have a stable number of electrons and do not need to react with other atoms. All other atoms have less stable electron numbers, so they react with each other and share electrons to …