Using Chime

Atomic Orbitals

What Is An Atomic Orbital?

The 1s, 2s and 3s Orbitals

The 2p and 3p Orbitals

The 3d Orbitals

Hybrid Orbitals

What Is A Hybrid Orbital?

The sp, sp2 and sp3 Hybrid Orbitals







absolute entropy colligative properties fission kilogram pH structural isomers
absolute zero colloid formation constant kinetic energy pOH sublimation
acid combination reaction formula weight kinetic molecular theory paramagnetic substance subshell
acid-base reaction common ion effect free energy change lattice energy parent nuclide substitution reaction
activated complex compound freezing point lattice point partial pressure supercooling
activation energy concentration freezing point depression law of definite proportion Pauli exclusion principle supersaturated solution
addition reaction condensation frequency factor law of mass action percent yield surface tension
aerobic decomposition conjugate acid fusion Le Châtelier's principle periodic law surroundings
alpha decay conjugate base gamma ray Lewis acid photon system
alpha particle constant boiling solution gas Lewis base physical change temperature
amino acid coordinate covalent bond gas constant Lewis structure physical property termolecular reaction
amorphous solid coordination compound Gay-Lussac's law Lewis symbol pi orbital ternary compound
amphiprotic coordination number geometrical isomers ligand polar covalent bond tetrahedral hole
amphoteric behavior coordination sphere glass ligand field splitting polydentate ligand theoretical yield
anion coulomb Graham's law ligand field stabilization energy polymers third law of thermodynamics
anaerobic decomposition covalent bond gram limiting reagent polymorphism three-center bond
anode covalent radius ground state liquid polyprotic acid titration
antibonding orbital critical pressure half-cell liter positron trans configuration
Arrhenius equation critical temperature half-life London force pressure transition state
atom crystal defect half-life of a reaction magnetic quantum number principal quantum number triple bond
atomic mass unit crystalline solid half-reaction mass proton triple point
atomic number cubic closest packed structure hard water mass defect quantized triprotic acid
atomic weight Dalton's law heat mass number radioactive decay unimolecular reaction
Aufbau process daughter nuclide heat capacity matter radioactivity unit cell
Avogadro's law decomposition reaction heat of fusion melting point radius ratio unsaturated solution
Avogadro's number degenerate orbitals heat of reaction metal Raoult's law unshared pair
azeotropic mixture density heat of vaporization metallic conduction rate constant valence electron
azimuthal quantum number diamagnetic substance Heisenberg uncertainty principle metathetical reaction rate-determining step valence shell
band diffusion Henry's law meter rate equations valence shell electron pair repulsion (VSEPR) theory
barometer dipole Hess's law miscibility reaction mechanism van der Waal's equation
base dipole-dipole attraction heteronuclear diatomic molecule mixture reaction quotient van der Waal's force
beta decay diprotic acid heterogeneous catalyst molality reducing agent vapor pressure
beta particle disproportionation heterogeneous equilibrium molarity reduction vapor-pressure lowering
bimolecular reaction dissociation constant hexagonal closest packed structure molar mass resonance forms volt
binary compound double bond homogeneous catalyst molar volume resonance hybrid voltaic cell
boiling point Einstein equation homogeneous equilibrium mole reversible reaction wave function
boiling point elevation electrode homonuclear diatomic molecule molecule salt weak acid
body-centered cubic structure electrode potential Hund's rule molecular formula saturated solution weak base
bond angle electrolysis hybridization molecular orbital second law of thermodynamics weak electrolyte
bond distance electrolyte hydrocarbon molecular structure semiconductor work
bond energy electrolytic conduction hydrogen bond molecular weight semi-metal yield
bonding orbital electromotive force hydrogen salt mole fraction shell
bond order electron hydronium ion monoprotic acid sigma orbital
Born-Haber cycle electron affinity ideal gas Nernst equation simple cubic structure
Boyle's law electron capture ideal solution neutralization single bond
Bragg equation electron configuration insulator neutron solid
Bronsted acid electronegativity intermolecular force nonelectrolyte solid solution
Bronsted base element internal energy nonmetal solubility product
buffer capacity elementary reaction interstitial site normality solution
buffer solution empirical formula intramolecular force normal boiling point space lattice
calorie end point ion nuclear binding energy specific gravity
calorimetry endothermic reaction ion activity nuclear force specific heat
catalysis enthalpy change ion-dipole attraction nucleon spectrum
catalyst entropy ion exchange nucleus spin quantum number
cathode entropy change ionic bond nuclide spontaneous process
cathode ray equilibrium ionic compound octahedral hole stability curve
cathodic protection equilibrium constant ionic radius optical isomers standard conditions
cation equivalent ionization constant optically active molecules standard electrode potential
cell potential evaporation ionization energy orbital standard hydrogen electrode
chain mechanism excited state ion product for water order of a reaction standard molar enthalpy of formation
chain reaction exothermic reaction isoelectronic species osmosis standard molar entropy
Charles's law expansion work isomorphous structures osmotic pressure standard state
chelating ligand face-centered cubic structure isotopes oxidation state function
chemical change Faraday joule oxidation number stoichiometry
chemical property Faraday's law Ka oxidation-reduction reaction strong acid
chemical thermodynamics first ionization energy Kb oxidizing agent strong base
cis configuration first law of thermodynamics Kelvin oxyacid strong electrolyte