| Question | Answer |
| ammonium | |
| hydroxide | |
| carbonate | |
| nitrate | |
| nitrite | |
| sulfate | |
| sulfite | |
| phosphate | |
| acid |
Image:
Acid (image/png)
|
| alcohol |
Image:
Alcohol (image/png)
|
| amine |
Image:
Amine (image/png)
|
| aldehyde |
Image:
Aldehyde (image/png)
|
| amide |
Image:
Amide (image/png)
|
| ester |
Image:
Ester (image/png)
|
| ether |
Image:
Ether (image/png)
|
| ketone |
Image:
Ketone (image/png)
|
| 1 | Mono / Meth- |
| 2 | Di / Eth- |
| 3 | Tri / Prop- |
| 4 | Tetra / But- |
| 5 | Penta / Pent- |
| 6 | Hexa / Hex- |
| 7 | Nepta / Hept- |
| 8 | Octa / Oct- |
| 9 | Nona / Non- |
| 10 | Dec- |
| Density | D=m/v |
| # Moles | #Moles = g / g mol-1 |
| Solute Conc. | C = solute / solution or solvent** |
| Alkane | Single bonds |
| Alkene | Double bonds |
| Alkyne | Triple bonds |
| Equilibrium Constant (K) | K = [Products]/[Reactants] |
| Changes in Gases |
Image:
Ideal Gas Law (image/png)
|
| Ideal Gas Law | pV = nRT |
| Celsius to Kelvin | C + 273.15 |
| Conc. Molarity | M = # mol solute / L solution |
| Structural Isomer | Same molecular formula, different connections. |
| Stereoisomer | Same molecular formula, same connections between atoms, different 3D geometry. (Includes enantiomers and cis-trans arrangements). |
| Enantiomers | (Optical isomers). Non-superimposable mirror images. Same connections, different geomentry. Type of stereoisomer. |
| Chiral carbon | Carbons with four different groups attached. Can result in enantiomers because of the mirrored ordering of the groups. |
| Cis-trans Isomer | Compounds containing a C=C (double) bond dividing similar groups. Cis if similar groups on same side. Trans if similar groups on opposite sides. |
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