When describing the location of an electron on an atom, there are four quantum n

Question

When describing the location of an electron on an atom, there are four quantum numbers, each of which give specific information: the principle quantum number (n), the angular momentum quantum number (), the magnetic quantum number (m), and the spin quantum number (m). How many of these quantum numbers describe the orbital itself rather than the electron? Which of the following principles and rules help us to determine the electron for a given Paul principle Apparently technology has gotten the best of Dr. P.... Blackboard may have won this battle, but it will not win the war! So what would Dr. P suggest that you as the student do to get real practice on the topics covered by the second homework (including quantum numbers and electron configurations)? Search the for car for three hour then water I am Batman Lock up the list of suggested in the Go to the Chapter and try those problems If you need help swing by an office hour to get t Practice? Problems? Who needs that I've of Supergirl to catch up

Explanation / Answer

1. 3

Out of the set of four quantum numbers three of them describe orbital itself. Principal, angular momentum and magnetic quantum number. Only the fourth quantum number i.e spin describe electron.

2. Aufbau principle, hunds rule and Pauli exclusion principle helps us to write electronic configuration.

Aufbau principle being most important.

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