Alcohols, Phenols, and Ethers
... Substituted phenols are usually named as derivatives of the parent compound phenol. ...
... Substituted phenols are usually named as derivatives of the parent compound phenol. ...
Organic Chemistry
... A process carried out on petroleum distillates at high temperature and pressure, thermal cracking yields lower carbon number product, probably by means of a radical (homeolytic) mechanism. The thermodynamics are dominated by the entropy change rather than the enthalpy change, especially if the volum ...
... A process carried out on petroleum distillates at high temperature and pressure, thermal cracking yields lower carbon number product, probably by means of a radical (homeolytic) mechanism. The thermodynamics are dominated by the entropy change rather than the enthalpy change, especially if the volum ...
Organic Chemistry – Who needs it?
... H2N-CH2CH2OH (Also present: hydrocarbon portion and alcohol portion) B. Secondary Amines HN-(CH2CH2OH)2 (Also present: hydrocarbon portion and two alcohol portions) C. Tertiary Amines N-(CH2CH2OH)3 (Also present: hydrocarbon portion and three alcohol portions) ...
... H2N-CH2CH2OH (Also present: hydrocarbon portion and alcohol portion) B. Secondary Amines HN-(CH2CH2OH)2 (Also present: hydrocarbon portion and two alcohol portions) C. Tertiary Amines N-(CH2CH2OH)3 (Also present: hydrocarbon portion and three alcohol portions) ...
Complete Solution Manual
... A hydrocarbon is a compound composed of only carbon and hydrogen. A saturated hydrocarbon has only carbon-carbon single bonds in the molecule. An unsaturated hydrocarbon has one or more carbon-carbon multiple bonds, but may also contain carbon-carbon single bonds. An alkane is a saturated hydrocarbo ...
... A hydrocarbon is a compound composed of only carbon and hydrogen. A saturated hydrocarbon has only carbon-carbon single bonds in the molecule. An unsaturated hydrocarbon has one or more carbon-carbon multiple bonds, but may also contain carbon-carbon single bonds. An alkane is a saturated hydrocarbo ...
Chapter 7. Alcohols, Thiols, Phenols, Ethers
... manganese(VII), cerium (IV), iodine (V), and dimethylsulfoxide. The wide variety of reagents have been developed in order to achieve mild conditions and selectivity that avoids oxidizing other functions. Also oxidation of primary alcohols to aldehydes requires special reagents to avoid over-oxidatio ...
... manganese(VII), cerium (IV), iodine (V), and dimethylsulfoxide. The wide variety of reagents have been developed in order to achieve mild conditions and selectivity that avoids oxidizing other functions. Also oxidation of primary alcohols to aldehydes requires special reagents to avoid over-oxidatio ...
