| | BOOK KEYWORDS AUTHORS HELP ZVON |
|---|
| Example 1 | Find all 9,10-disubstituted anthracenes.
[ free sites, A, s6 ] |
|---|---|
| Example 2 | Find all polyhalogenated benzenes.
[ X, atom list, halogen ] |
| Example 3 | Find unsubstituted heteroanalogs of benzene containing one heteroatom in the ring.
[ atom exclusion, Q ] |
| Example 4 | Which derivatives of anthracene are available in Aldrich catalog?
[ catalog, free site, s6, Aldrich ] |
| Example 5 | Find compounds with maximum amount of different atoms in the molecule.
[ number of elements, ne ] |
| Example 6 | Find co-crystals of anthracene with other compounds.
[ number of components, nc, mp, melting point ] |
| Example 7 | Find solvents which are compatatible with boron tribromide.
[ solvent, rx.rgt, rx.sol, reagent, proximity ] |
| Example 8 | Find all nonsubstituted naphtalenecarboxylic acids.
[ isomers ] |
| Example 9 | Find all monohalogen derivatives of benzo[a]anthracene.
[ free sites, molecular formula, mf, element count, elc ] |
| Example 10 | Find all anthracenes substituted at one or more position with bromine.
[ mofo, elc, molecular formula, element count ] |
| Example 11 | How to prepare methyl ester of thiophene-2-carboxylic acid from the acid
[ reaction ] |
| Example 12 | Find preparation of hexamethyl benzene.
[ reaction view ] |
| Example 13 | Which reagents will tolerate bromine in 2-bromo esters?
[ ] |
| Example 14 | Which derivatives of quinoline are blue?
[ cpd ] |
| Example 15 | Find optically active furane derivatives.
[ optical activity, orp ] |
| Example 16 | Compare acidity of acetic acid and 2,4,6-trinitrophenol(picric acid) in water.
[ acidity, dissociation ] |
| Example 17 | Find methods for resolution of racemic primary 1-phenyl amines.
[ optical activity, resolution, orp, pur ] |
| Example 18 | Find publications about kinetics of bromination.
[ rx.rgt, reagent, rx.sub ] |
| Example 40 | You treated naphtalene-1,6-diol with acetyl chloride, and you obtained two products. One of them was a product of acetylation in position 2. The second product is crystalic, with mp=106-107. What is it?
[ melting point, by-product ] |
| Example 41 | Is it possible to reduce sulphochloride group in presence of nitro group?
[ selectivity, atom-atom mapping ] |
| Example 41 | Is it possible to reduce sulphochloride group in presence of nitro group?
[ selectivity, atom-atom mapping ] |
| Example 42 | Find all reductions of nitro group to nitrosyl group
[ atom-atom mapping ] |
| Example 42 | Find all reductions of nitro group to nitrosyl group
[ atom-atom mapping ] |
| Example 9999 | This is an example, which demostrates usage of the tutorial. The first toolbar provides basic information about the current example. If you click on the author name, you can send an e-mail to the author. Click on the second field, Example XXX, will open a new window which contains XML source, from which the example was generated. If you wish to contribute, please contact me and I will send you detailed instructions. The second toolbar enables direct jump to individual queries.
[ help ] |