The distance between two points on adjacent waves.
What is Wavelength?
The quantum number with two possible values (positive and negative)
Each arrow in orbital notation represents one of these.
What is an electron?
The state where an electron has the lowest possible energy.
What is the ground state?
This is the possible number of orientations an s orbital can have.
What is one?
This is emitted when an electron moves from an excited state to the ground state.
What is a photon?
OR
What is energy?
The quantum number that represents the main energy level of an electron.
What is the principal quantum number, n?
The amount of electrons (arrows) allowed on each "line" (orbital) in orbital notation.
What is 2?
What is energy or light or electromagnetic radiation?
This rule states that each orbital must have one electron before any orbital receives a second.
What is Hund's rule?
What is the electromagnetic spectrum?
The quantum number that represents the shape of an orbital.
What is the angular momentum quantum number?
The amount of electrons in sublevel 3p4.
What is 4?
The equation that we use to find wavelength or frequency of a light wave.
What is v = /\ x c ?
or
What is frequency = wavelength x speed of light?
What is an orbital?
The quantity represented by v that measures how many times a wave passes through one point per second.
What is frequency?
If an orbital has two electrons in it, they must have opposite _____________.
What are spin states?
5 electrons in a 3d sublevel.
What is 3d5
This is increased as an electron moves away from the nucleus and decreased as an electron moves closer to the nucleus.
What is energy?
What is the principal quantum number or the main energy level.
What is the photoelectric effect?
An electron in the 3s sublevel has this main energy level value.
What is 3?
The electron configuration for Carbon, which has 6 electrons.
This is distance is smaller when frequency and energy of a wave are higher.
What is wavelength?
The number of electrons in a 2p1 orbital.
What is 1 electron in a p shaped orbital?