Electron Configuration: Question Preview (ID: 5742)

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amount of energy required to move an electron from one energy level to another is a(n)
a) Quantum
b) Photon
c) Energy Level
d) Planck's Constant

How many sublevels (s,p,d,f,etc) are in the 3rd energy level?
a) 1
b) 18
c) 9
d) 3

How many electrons will completely filll the 4d sublevel?
a) 2
b) 6
c) 10
d) 14

Which orbital fills just after the 4s orbital?
a) 4p
b) 5s
c) 3d
d) 2f

Which of the following orbital designations is NOT possible?
a) 1s
b) 2p
c) 3f
d) 4d

The fact that only 2 electrons can enter each orbital is best explained by:
a) Aufbau Principle
b) Pauli Exclusion Principle
c) Hund's Rule
d) Hog Hilton

Which of the following shapes best represents the p orbital?
a) spherical shaped
b) peanut shaped
c) doughnut shaped
d) flower shaped

What is the element that is represented by the electron configuration 1s2 2s2 2p6 3s2 3p6 4s1
a) Krypton
b) Sodium
c) Argon
d) Potassium

The first three electrons that enter into p orbitals must have:
a) The same spin
b) Opposite spins
c) Low energy levels
d) Opposite Charges

The fourth energy level has
a) Four orbitals
b) Four sublevels
c) Four Electrons
d) Four principal quantum numbers

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