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Why are electrons not considered when determining the mass of an atom? Electrons are too light too contribute to the mass of an atom. O Every atom has random numbers of electrons, so they must be ignored. O Electrons are too far away from the atom nucleus to contribute to its weight. Neutrons cancel out the mass of the electrons, so they are discounted. O Protons cancel out the mass of electrons, so they are discounted.

Name: why are electrons not considered when determining the mass of an atom electrons are too light too contribute to the mass of an atom o every atom has random numbers of electrons so they must 75633
Uploaded: 2023-01-14T05:26:14-08:00
Duration: 2 min 30 s
Channel: Sri K
Description: why are electrons not considered when determining the mass of an atom electrons are too light too contribute to the mass of an atom o every atom has random numbers of electrons so they must 75633

          Why are electrons not considered when determining the mass of an atom? Electrons are too light too contribute to the mass of an atom. O Every atom has random numbers of electrons, so they must be ignored. O Electrons are too far away from the atom nucleus to contribute to its weight. Neutrons cancel out the mass of the electrons, so they are discounted. O Protons cancel out the mass of electrons, so they are discounted.

Added by Edward B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Sri K

01/14/2023

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Step 1: Electrons are not considered when determining the mass of an atom because they are too light to contribute significantly to the overall mass of the atom. Show more…

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Why are electrons not considered when determining the mass of an atom? Electrons are too light too contribute to the mass of an atom. O Every atom has random numbers of electrons, so they must be ignored. O Electrons are too far away from the atom nucleus to contribute to its weight. Neutrons cancel out the mass of the electrons, so they are discounted. O Protons cancel out the mass of electrons, so they are discounted.