Waves
Question: Type of wave where displacement is perpendicular to wave direction.
Transverse
The behavior demonstrated by low light photography.
Particle Behavior
The four states of matter.
Solid, Liquid, Gas, Plasma
Model where negative charges are embedded in a positive pudding.
Thomson Model
True or False: There are orbits in the quantum model.
False (orbitals)
The displacement of a wave from zero.
Amplitude
The behavior demonstrated by diffraction and interference.
Wave Nature
State of matter not explained by the molecular model.
Plasma
Developed from shooting alpha particles at gold foil.
Rutherford Model
The maximum number of electrons an orbital can have.
2
The points on a standing wave with no amplitude.
Nodes
This effect demonstrates the particle behavior of light.
Photoelectric effect
Higher boiling temperature means this type of freezing temperature.
Higher
In this model, only certain orbits are permissible.
Bohr Model
If 2 electrons are in an orbital, they must differ in this.
Spin
Change in frequency of a wave in relation to an observer.
Doppler Effect
High energy light has this type of wavelength.
Short
The continuous model of matter doesn't explain this motion.
Brownian Motion
Rutherford's model is also known as this.
Solar System Model
The four common types/letters of orbitals.
s, p, d, f
Type of wave where displacement is parallel to wave direction.
Longitudinal
The two key behaviors in the wave nature of light.
Diffraction and Interference
The molecular model says matter consists of these in constant motion.
Tiny particles
The Bohr model was based on the discrete spectrum of light from these.
Gas discharge tubes
An outer electron jumping to a higher orbital creates this type of spectrum.
Absorption line spectrum