Exambusters Study Cards 18 Organic Chemistry – Flashcards
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Unlock answersMonosaccharide |
A basic carbohydrate with a six-carbon formula. e.g. glucose, fructose. Can not be broken down further into simpler sugars. |
Polysaccharide |
Made of more than one monosaccharide. e.g. starch, cellulose, dextrin. Can be broken down to monosaccharide molecules by hydrolysis. |
Primary Alcohol |
The OH- group is attached to the end carbon of the chain. |
Secondary Alcohol |
The carbon bearing the OH- group is directly attached to two other carbons. |
Carbohydrate |
Compounds made of carbon, hydrogen, and oxygen. Usually the H:O ratio is 2:1 e.g. sugars and starches |
How are ketones formed? |
By the oxidation of a secondary alcohol. |
Amino Acid |
Organic compounds which contain an amine and a carboxyl group. H ' ;; H2N - C - COOH ;' R |
How is an ether formed? |
By reacting two primary alcohols. |
Esterification |
A reaction between an organic acid and an alcohol to form an ester. |
Ester |
A hydrocarbon containing an ester functional group. R-O-C-R " O |
Ether |
A hydrocarbon containing an ether functional group. R-O-R |
Carboxylic Acid |
A hydrocarbon containing the carboxyl functional group. R-C-O-H " O |
Alcohol |
Hydrocarbons which contain the hydroxyl functional group (OH-) attached to a saturated carbon. R-O-H |
Polymerization |
The combination of two or more unsaturated molecules to form a larger chain molecule. This is how plastics are made. |
Cracking |
During cracking, long chain hydrocarbons are broken down into smaller molecules. e.g. C16H34 → C8H18 + C8H16 |
Isomer |
Compounds with the same molecular formula but different structural formulas (different connectivity). |
Aromatic Compounds |
Unsaturated ring structures with six carbon atoms. General formula: CnH2n-6 Benzene is the simplest aromatic. |
Are alkanes saturated or unsaturated? |
Saturated |
Are alkenes saturated or unsaturated? |
Unsaturated |
Are alkynes saturated or unsaturated? |
Unsaturated |
Substitution Reaction |
A reaction where one of the hydrogen atoms in a hydrocarbon is replaced by another. |
Which elements commonly substitute in alkanes? |
Usually a halogen substitute in alkanes. e.g. CH4 + Br2 ↔ CH3Br + HBr |
Prefixes for naming hydrocarbons: one |
meth |
Prefixes for naming hydrocarbons: two |
eth |
Prefixes for naming hydrocarbons: three |
prop |
Prefixes for naming hydrocarbons: four |
but |
Prefixes for naming hydrocarbons: five |
pent |
Prefixes for naming hydrocarbons: six |
hex |
Prefixes for naming hydrocarbons: seven |
hept |
Prefixes for naming hydrocarbons: eight |
oct |
Prefixes for naming hydrocarbons: nine |
non |
Prefixes for naming hydrocarbons: ten |
dec |
Alkene |
A series of hydrocarbons containing at least one double covalent bond. General formula: CnH2n |
Basic facts about carbon bonding. |
carbon forms more compounds than any other element each atom carbon requires 4 covalent bonds carbon can form long chains and rings carbon bonds commonly to O, H, N, S, P, and halogens |
Organic Chemistry |
The chemistry of carbon compounds |
Hydrocarbon |
Compounds containing only carbon and hydrogen. |
Alkane |
A series of hydrocarbons with only single covalent bonds. General formula: CnH2n+2 |
Alkyne |
A series of hydrocarbons containing at least one triple covalent bond. General formula: CnH2n-2 |
Name for alkane with one carbon in a molecular chain |
methane |
Name for alkane with two carbons in a molecular chain |
ethane |
Name for alkane with three carbons in a molecular chain |
propane |
Name for alkane with four carbons in a molecular chain |
butane |
Name for alkane with five carbons in a molecular chain |
pentane |
Name for alkane with six carbons in a molecular chain |
hexane |
Name for alkane with seven carbons in a molecular chain |
heptane |
Name for alkane with eight carbons in a molecular chain |
octane |
Name for alkane with nine carbons in a molecular chain |
nonane |
Name for alkane with ten carbons in a molecular chain |
decane |
Cycloalkane |
An alkane which has a ring structure instead of a chain. e.g. benzene |
Addition Reaction |
In an unsaturated hydrocarbon, two atoms may be added to the structure across a double or triple bond. e.g. C2H2 + Br2 ↔ CH2Br2 |
Alkylation |
The combining of a saturated alkane with an unsaturated alkene. e.g. C4H10 + C4H8 ↔ C8H18 |
Hydrogenation |
The process of adding hydrogen to an unsaturated hydrocarbon. |
Dehydrogenation |
The process of removing hydrogen from a hydrocarbon. |
Aldehyde |
A hydrocarbon containing the aldehyde functional group. R-C-H " O |
Ketone |
A hydrocarbon containing a ketone functional group. R-C-R " O |
Amine |
A hydrocarbon containing an amine functional group. R-NH2 |