Knowing orbitals, sublevels, and principal energy levels
Electromagnetic Radiation
100
The configuration of carbon
What is 1s2 2s2 2p2?
100
This is the number of unpaired electrons in carbon?
What is 2? The electrons in 2p are not paired.
100
The number of sublevels on principal energy level 1.
What is 1?
100
This is represented by "c".
What is the speed of light?
200
This is the last orbital in the configuration of bromine.
What is 4p?
200
This is the number of unpaired electrons in argon.
What is zero? All of the orbitals are filled in argon.
200
The shape of a "p" orbital.
What is dumbbell?
200
Lambda.
What is wavelength?
300
This is noble gas that the noble gas configuration of gold is based off of (element 79).
What is xenon, Xe?
300
This is the orbital diagram for nitrogen.
What is draw the picture for this.
300
The number of orientations of an f-orbital.
What is 7?
300
These two variables are inversely related.
What is wavelength and frequency?
400
This is the number of valence electrons in the configuration
1s2 2s2 2p5
What is 7? (The electrons in the 2s and 2p).
400
The rule that states that electrons of the same spin must occupy each equal-energy orbital before electrons with an opposite spin can fill that orbital.
What is Hund's rule?
400
The maximum number of electrons in the 3rd energy level.
What is 18?
400
Highest energy electromagnetic radiation.
What is gamma rays?
500
This is the orbital that comes after 5s.
What is 4d?
500
This is Pauli's exclusion principle.
What is, "A maximum of two electrons can occupy one orbital, but they must be of opposite spins."
500
The energy level on which the "f" orbital first appears.
What is the 4th principal energy level?
500
Energy of a photon with a wavelength of 5.5 X 10^-12 m.
Find frequency first and then plug into E = hv
What is 3.6 X 10^-14 J?