Ch. 4 Electrons

This principle holds that we cannot know both the speed and location of an e- at the same time

Frequency of electromagnetic radiation is measured in waves/second, or 

The kind of visible light with the lowest energy. 

The Noble gas in Noble gas notation represents these electrons

The number of orbitals in the d sublevel

A particle of light that carries a quantum of energy

The principle that an electron occupies the lowest available energy orbital

This individual proposed that electrons be treated as waves

In the equation, E=hv, h is referred to as 

3D regions in space where electrons are thought to reside

According to Bohr, a line spectrum is produced when an electron does this

The statement, “No two electrons can have the same set of four quantum numbers" is

The number of spin states available to an electron in an orbital

The shape of atomic orbitals is indicated by this quantum number

As per the particle model, certain kinds of light can't eject e- from metals b/c the energy is

This individual developed equations that treat e- as waves; the foundation for Quantum Theory

The kind of visible light with the highest frequency

By definition, electromagnetic radiation exhibits this behavior as it travels though space.

The number of orientations f orbitals can have

The energy of a photon is directly related to its 

The number of electrons needed to completely fill the fourth energy level

The number of orbitals available in the third energy level

The element with the electron configuration 1s²2s²2p⁶3s² is this