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Ethylene glycol + Terephthalic acid
sp or sp2 hybridisation se
Ch2=ch2 + h2 -----> ch3-ch3 (n2 150-300)
To remove divalent cations(mg2+) required by nucleAses
This link tells the products are ethylene chlorhydrine (CH2Cl-CH2OH) and dichloroethane (CH2Cl-CH2Cl ): http://www.sciencemadness.org/talk/viewthread.php?tid=625 CelsoM
ethylene
Add Citric acid to ethylene and use EH201. to aid the processs
Ethylene diamino tetraacetic acid
Ethylene glycol + Terephthalic acid
Auxin,Cytokinin,Abscic Acids,Gibberellin,&Ethylene
sp or sp2 hybridisation se
Containers made of paraffin and poly(ethylene) and -(propylene).
Ethylene is formed in small amounts as a plant hormone. The biosynthesis of ethylene involves an enzyme-catalyzed decomposition of a novel amino acid, and, once formed, ethylene stimulates the ripening of fruits.
Ch2=ch2 + h2 -----> ch3-ch3 (n2 150-300)
CH3CH3 ethane is saturated. CH2=CH2 ethene (ethylene) is unstaurated. C17H35COOH stearic acid is saturated. C17H33COOH oleic acid is unsaturated. C17H29COOH Linolenic acid is polyunstaurated.
To remove divalent cations(mg2+) required by nucleAses
The most basic / simplest is Methanol Useful alternative #1 is Ethylene Glycol Useful alternative #2 is Propylene Glycol There are also non-glycol, "Organic Acid Technology" (OAT) antifreezes used in some automotive applications.