Imagine that we encounter an alternate universe in which the spin quantum number m, can have...

 

Transcribed Image Text:

Imagine that we encounter an alternate universe in which the spin quantum number m, can have values of m, =- ½, 0, and + ½. If all other quantum numbers behave the same, if the Pauli Principle and Hund's Rule remain the same, and if this universe follows a similar pattern for filling orbitals from lowest to highest energy with electrons: a) Draw the complete (no short cuts!) electron configuration diagram, using ↑ (+½), 0 (0), and |(-4) to indicate electrons as appropriate, for vanadium (V) in this alternate universe. b) Identify the first three "noble gas" equivalent elements in this alternate universe. Imagine that we encounter an alternate universe in which the spin quantum number m, can have values of m, =- ½, 0, and + ½. If all other quantum numbers behave the same, if the Pauli Principle and Hund's Rule remain the same, and if this universe follows a similar pattern for filling orbitals from lowest to highest energy with electrons: a) Draw the complete (no short cuts!) electron configuration diagram, using ↑ (+½), 0 (0), and |(-4) to indicate electrons as appropriate, for vanadium (V) in this alternate universe. b) Identify the first three "noble gas" equivalent elements in this alternate universe.