Concept explainers
The first four univalent atoms, if there were no
Answer to Problem 18SP
Solution:
Explanation of Solution
Introduction:
The value of the principle quantum number
The value of the orbital quantum number shows the subshells for the electron. The range of the orbital quantum number
The range of the magnetic quantum number
The range of the spin quantum number
Pauli exclusion principle says that there could be
When a single electron is present in the outer Bohr’s orbit, it is easier to remove it from the atom, and that atom is known as univalent atom.
Explanation:
Find the quantum numbers for one electron, two electrons, and so on, to find the first four univalent elements, if
Find the quantum numbers for electrons, if there were no
Observe from the table that for all electrons,
For
For
Understand that, if there were no
For
Conclusion:
Hence, the first four univalent atoms, if there were no
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Chapter 44 Solutions
Schaum's Outline of College Physics, Twelfth Edition (Schaum's Outlines)
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