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39 Cards in this Set
- Front
- Back
BH3 |
borane |
|
B2H2 |
diborane |
|
CH4 |
methane |
|
SiH4 |
silane |
|
GeH4 |
germane |
|
NH3 |
ammonia |
|
N2H4 |
hydrazine |
|
PH3 |
phosphine |
|
H2O2 |
hydrogen peroxide |
|
H2S |
hydrogen sulfide |
|
CH4 |
methane |
|
C2H6 |
ethane |
|
C3H8 |
propane |
|
C4H10 |
butane |
|
alcohol |
OH |
|
Aldehyde |
CHO |
|
Carboxylic acid |
COOH |
|
Amine |
NH2 |
|
chloride |
Cl |
|
red |
700-600 |
|
orange |
600-580 |
|
yellow |
580-550 |
|
green |
550-450 |
|
blue |
450-400 |
|
violet |
400-366 |
|
Thomas Young |
double slit experiment proved light acts like waves |
|
Kirchoff |
discovered black body |
|
max Planck |
quantum theory energy could only be emitted or adsorbed in discrete energy |
|
planks constant |
6.626 x 10-34 |
|
Energy equation |
E= hc/v |
|
Einstein |
photoelectric effect light acts like particles |
|
kirchoff and bunsen |
atomic emission and absorption spectrum |
|
balmer |
depicted wavelength of 4 lines of hydrogen spectrum wavelength: 364.6 (n2/n2-4) nm |
|
Rydberg |
empirical formula for wavelengths E or 1/ wavelength = Rh (1/ nlow2- 1/nhigh2) |
|
1 ev = ? J (conversion) |
1.602 x 10-19 J |
|
RH constant |
13.605 ev |
|
bohr |
predicted radius of electron orbits around hydrogen nucleus |
|
de brogile |
electrons behave like waves not just particles |
|
schodinger |
used probability rather then definitive |