Ch 2 Flashcards
Do electrons act like wave or particle
Both
Wave length
Distance between identical points on adjacent waves
Frequency
Of waves that occur a second
Amplitude
Height of wave (strength of light)
Relation ship between frequency and wavelength
Inverse
Wave interference
Waves overlap and either add together or cancel out
constructive interference
Waves increase in amplitude when tumbled /in phase
Destructive interference
No light / out of phase
Diffraction
Waves bend when they encounter o obstacle
Photo electric effect
Light shoes on a metal and electrons are ejected from metal
What happens when V is less than V not
None emitted
As amplitude increased what happens to # of electrons
Increases
As frequency increases what happens to ke
Increases
Absorbed spectrum
Emission and absorbed spectrums accopposte
What happens to energy level as atoms emit energy
They fall levels
Bohr model in short
As energy of atoms change their orbital changes
What does slit test demonstrate
Particles behave as wave and particle
Uncertainty principle
You can’t know position and velocity of election
How is right transported
Packets
Principle quant #
N
Angular momentum # and possible values
L
N values not #
SPDF
Magnetic quantum # and its values
M
What’s prob map
Where electrons could be
