The EM
Waves
Random
Orbital Box Diagrams
Electron Configurations
100
These are tiny packets of energy
What are photons
100

The highest part of a wave

What is crest

100
The area in which electrons spend most of their time.
What is an orbital
100
This is the lowest energy level orbital
What is 1S
100
This is the electron configuration for oxygen
What is 1s2 2s2 2p4
200
this is what happens when electrons absorb excess energy
What is they become excited
200

The term from one point of the wave to the next consecutive point just like it

What is wavelength

200

In the wave-mechanical model, the position of electrons is based on this...

What is probability

200
This is the greatest possible number of principle energy levels
What is 7
200

What is the noble gas electron configuration for Uranium

What is (see picture)

300
This color of visible light has the highest energy photons.
What is purple/violet
300

The maximum distance a wave is displaced from its resting position 

What is amplitude

300

This scientist stated that there is a duality to light

Who is Einstein

300

Draw the orbital diagram for sodium

What is (see picture)

300
This rule states that electrons in the same orbital must have opposite spins
What is pauli exclusion principle
400

The discontinuous line spectra of light produced when excited atoms return to their ground state and emit photons of a certain frequency 

What is atomic emission spectrum

400
According to the Bohr model, light is emitted from an atom when this happens
What is when electrons move from an outer ring to an inner ring.
400
An f sub level can hold this many electrons
What is 14
400
This rule states that energy levels must be filled from the lowest energy level up.
What is the Aufbau principle
400
This element ends with the configuration 3d4
What is Cr
500

Calculate the energy of a photon in orange light (wavelength = 550 nm). speed of light = 3 x 10^8 m/s plancks constant = 6.626 x 10^-34

What is 3.6 x 10^-19 Joules

500

The resting portion of a wave, is also known as....

What is node, equilibrium, origin

500

Calculate the wavelength of a red wave with a frequency of 3.9 x 10 14 hertz

What is 7.69 x 10 -7

500
A student drew an orbital diagram of carbon that ended with 2 electrons in one of the 2p orbital boxes. The student broke this rule
What is Hund's rule
500

The electron configuration for Tin shows this many valence electrons

What is 4

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