Hint | Answer | % Correct |
---|---|---|
CH4. | Methane | 89%
|
C4H10. | Butane | 87%
|
C2H6. | Ethane | 87%
|
C3H8. | Propane | 86%
|
C2H4. | Ethene | 81%
|
C3H6. | Propene | 81%
|
C4H8. | Butene | 80%
|
General formula - CnH2n+2. | Alkanes | 74%
|
C5H10. | Pentene | 74%
|
Methane, ethane, propane, butane. | Alkanes | 71%
|
General formula - CnH2n. | Alkenes | 68%
|
Methanol, ethanol, propanol, butanol. | Alcohols | 57%
|
C2H5OH. | Ethanol | 56%
|
CH3OH. | Methanol | 56%
|
C4H9OH. | Butanol | 55%
|
C3H7OH. | Propanol | 55%
|
Unsaturated. | Alkenes | 52%
|
Saturated compounds. | Alkanes | 51%
|
Ethene, propene, butene, pentane. | Alkenes | 51%
|
Functional group 'C=C'. | Alkenes | 50%
|
General formula - CnH2n+1OH. | Alcohols | 48%
|
Hydroxyl group '-OH'. | Alcohols | 44%
|
Alkene+hydrogen= | Equivalent, saturated alkane | 42%
|
Are flammable. | Alcohols | 41%
|
Carboxyl group '-COOH'. | Carboxylic acids | 38%
|
Methanoic acid, ethanoic acid, propanoic acid, butanoic acid. | Carboxylic acids | 37%
|
Can be oxidised to produce a carboxylic acid.. | Alcohols | 35%
|
Can be used as fuels. | Alcohols/alkanes | 34%
|
A group of atoms in a molecule that determines how that molecule typically reacts.. | Functional group | 33%
|
Used as solvents in industry. | Alcohols | 32%
|
React with sodium to produce hydrogen. | Alcohols | 29%
|
Soluble in water, producing a solution of a neutral pH. | Alcohols | 29%
|
HCOOH. | Methanoic acid | 29%
|
CH3COOH. | Ethanoic acid | 28%
|
C2H5COOH. | Propanoic acid | 26%
|
C3H7COOH. | Butanoic acid | 23%
|
Alkenes + steam = | An alcohol | 22%
|
Dissolve in water, but only partially ionise and release H+ ions (weak acids).. | Carboxylic acids | 13%
|
Functional group '-COO-'. | Esters | 13%
|
Lots of unsaturated monomer molecules (alkenes) opening up their double bonds and joining together to form polymer chains. | Addition Polymerisation | 10%
|
Glycine, alanine, valine, leucine. | Amino acids | 8%
|
ethanoic acid + ethanol = | Ethyl ethanoate | 5%
|
General formula - CnH2n+1COOH (n begins at 0). | Carboxylic acids | 3%
|
Produces a polymer as well as another small molecule for each new bond. | Condensation polymerisation | 1%
|
Alcohol + carboxylic acid = | Ester + water | 1%
|
Functional groups of amino acids. | Amine (NH2), Carboxyl (COOH) | 0%
|
Alkene + orange bromine water = | Bromine decolourises/becomes colourless | 0%
|
Two monomer types with the same functional group/one monomer type with two different functional groups. | Condensation polymerisation | 0%
|
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