Based on the quantum numbers, what will be th | vedclass

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(C) The number of elements in a period is equal to the number of electrons that can be filled in the orbitals being filled for that period.For the $6^

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$32$

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(C) The number of elements in a period is equal to the number of electrons that can be filled in the orbitals being filled for that period.For the $6^{th}$ period, the orbitals being filled are $6s$, $4f$, $5d$, and $6p$.The maximum number of electrons that can be accommodated in these orbitals is:$6s: 2$ electrons$4f: 14$ electrons$5d: 10$ electrons$6p: 6$ electronsTotal number of elements = $2 + 14 + 10 + 6 = 32$.Thus, the $6^{th}$ period contains $32$ elements, ranging from atomic number $(Z) = 55$ to $(Z) = 86$.

Based on the quantum numbers, what will be the maximum number of elements in the sixth period of the periodic table?

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