What is the correct electron configuration for the Cu+ ground state?

Provide the atomic symbol for the atom in its ground state with the electronic configuration [Ar]4s2.

Which of the orbital electron configurations is not possible? A) 2s¹ B) 3d¹⁰ C) 4p⁷ D) 4f⁷ E) 2p⁶

Each orbital diagram shown below describes an excited state of an atom of a different element. Use the orbital diagrams to complete the table. A B 3p 2p Electron Configuration Excited state electron configuration Identify the element Ground state electron configuration N NNN A 3p ↑↓↑↑↓ B 3p 2p C

how many unpaired electrons are present in Cr+ in its ground state?

Using the drop down choices below, complete the ground state electron configuration for an atom of selenium. Note: If an orbital doesn't contain electrons, select a value of "0" from the list (for the purposes of this question only). [Ar] 4s ♦ 3 J W NO 10 4p Next page

Write the ground state electron configurations for the Zn, Cu, Co, Fe, and Cr atoms. You can write the configurations using the condensed form.

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Identify the neutral element represented by this excited‑state electron configuration. excited state: 1s22s22p63s23p14s1   element symbol:   Write the full ground‑state electron configuration for that element. ground state:

The following orbital-filling diagram represents an excited state rather than the ground state of an atom. Identify the atom.