Exam 3 Flashcards
Rydberg
position and wavelength of any line in a given series
Bohr
stationary states
Einstein
E=mc^2
Planck
glowing object could emit/absorb certain quantity of E
6.626x10^34
Heisenberg
uncertainty principle - cannot know position and velocity of a particle at the same time
de Broglie
matter behaves as though it moves in a wave
calorimeter
measure amount of heat produced or consumed by a chemical or physical reaction
Quantum theory
Energy’s matter –> particulate, wavelike wave-particle duality
Schrodinger
Wave equation – quantum mechanical model of the atom
Absorption
Lower to higher
Emission
Higher to lower
Photoelectric effect
Was explained by the particle nature of light
n
size
l
shape
ml
orientation