question 5\n1 pts\nthe arrangement of electrons in the orbitals of an atom is called the ______________ of…

question 5\n1 pts\nthe arrangement of electrons in the orbitals of an atom is called the ______________ of the atom.\nplasma orientation\nnucleus arrangement\nelectron configuration\nnexus configuration\nquestion 6\n1 pts\nan electron configuration is specified by a symbol that contains three pieces of information. match the symbol or description with the meaning.\nn\nchoose\nchoose\nthe atomic mass number\nthe principal quantum shell\nthe number of electrons in the subshell\nthe symbol of the element\nthe number of protons\nthe orbital type - the subshell (l)\na letter (s, p, d, or f)\na superscript

question 5\n1 pts\nthe arrangement of electrons in the orbitals of an atom is called the ______________ of the atom.\nplasma orientation\nnucleus arrangement\nelectron configuration\nnexus configuration\nquestion 6\n1 pts\nan electron configuration is specified by a symbol that contains three pieces of information. match the symbol or description with the meaning.\nn\nchoose\nchoose\nthe atomic mass number\nthe principal quantum shell\nthe number of electrons in the subshell\nthe symbol of the element\nthe number of protons\nthe orbital type - the subshell (l)\na letter (s, p, d, or f)\na superscript

Answer

Brief Explanations:

For Question 5: By definition, the arrangement of electrons in the orbitals of an atom is called electron - configuration. Other options like plasma orientation, nucleus arrangement, and nexus configuration are not relevant terms for this concept. For Question 6: In electron - configuration notation, the letter (n) represents the principal quantum shell which indicates the energy level of the electron. The letters (s), (p), (d), or (f) represent the orbital type - the subshell. The superscript represents the number of electrons in the subshell.

Answer:

Question 5: C. electron configuration Question 6: n: the principal quantum shell a letter (s, p, d, or f): the orbital type - the subshell (l) a superscript: the number of electrons in the subshell