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An enantiomer is a pair of structures which are mirror images of each other. For D-glucose:CHO | CHO| | |H--OH | OH--H| | |OH--H | H--OH| | |H--OH | OH--H| | |H--OH | OH--H| | |CH2OH | CH2OHOn the left is D-glucose, and on the right is L-glucose, mirror images.
it is called the hyrdoxyl unit. Hydro for the hydrogen, oxyl for the oxygen.
In a condensation reaction two molecules are covalently bound and water (H2O) is generated. As a rule, one molecule releases an -OH and one gives up a -H in the reaction.
The concentration of OH- decreases as the concentration of H+ increases. This is beacause there is an equilibrium H2O <-> H+ + OH- and therefore the [H+][OH-] is a constant
A basic solution has greater concentrations of OH- than H+ ions. The opposite is acidic. An easy mnemonic device for this is that you want to get an A+ not a B-.
It is called dissolving the acid. balanced equation: HCl+H(OH)-> H+Cl+H(OH)
This reaction is a dehydration synthesis.
An enantiomer is a pair of structures which are mirror images of each other. For D-glucose:CHO | CHO| | |H--OH | OH--H| | |OH--H | H--OH| | |H--OH | OH--H| | |H--OH | OH--H| | |CH2OH | CH2OHOn the left is D-glucose, and on the right is L-glucose, mirror images.
it is called the hyrdoxyl unit. Hydro for the hydrogen, oxyl for the oxygen.
In a condensation reaction two molecules are covalently bound and water (H2O) is generated. As a rule, one molecule releases an -OH and one gives up a -H in the reaction.
OH- and H+ , and let's not forget H3O^+
The concentration of OH- decreases as the concentration of H+ increases. This is beacause there is an equilibrium H2O <-> H+ + OH- and therefore the [H+][OH-] is a constant
H+ is a positively charged ion also called a proton and OH- is negatively charged, also called hydroxide. These can make up acid and base reactions.
A basic solution has greater concentrations of OH- than H+ ions. The opposite is acidic. An easy mnemonic device for this is that you want to get an A+ not a B-.
OH- and H+
Nihon (pronounced: Nee-h-oh-n)
When a bond in water molecule H20 breaks it forms H+ and OH-. The extra electron comes from H. H-O-H ------> H+ + OH-