1
2
3
4
5
100

is a basic oxide

bauxite   calcium oxide   ethanol   graphite   methane nitrogen   oxygen   propane   propene   sulfur dioxide

calcium oxide

100

is produced by the decomposition of vegetation 


bauxite   calcium oxide   ethanol   graphite   methane nitrogen   oxygen   propane   propene   sulfur dioxide

methane

100

contains aluminium oxide


bauxite   calcium oxide   ethanol   graphite   methane nitrogen   oxygen   propane   propene   sulfur dioxide

bauxite

100

causes acid rain


bauxite   calcium oxide   ethanol   graphite   methane nitrogen   oxygen   propane   propene   sulfur dioxide  

sulfur dioxide

100

is a simple molecule with 11 atoms  


bauxite   calcium oxide   ethanol   graphite   methane nitrogen   oxygen   propane   propene   sulfur dioxide 

propane

200

contains carbon atoms only 


bauxite   calcium oxide   ethanol   graphite   methane nitrogen   oxygen   propane   propene   sulfur dioxide

graphite

200

is produced when limestone thermally decomposes in the blast furnace 


bauxite   calcium oxide   ethanol   graphite   methane nitrogen   oxygen   propane   propene   sulfur dioxide

calcium oxide

200

is a gas that is approximately 21% of clean, dry air


bauxite   calcium oxide   ethanol   graphite   methane nitrogen   oxygen   propane   propene   sulfur dioxide

oxygen

200

is a monomer in addition polymerisation. 


bauxite   calcium oxide   ethanol   graphite   methane nitrogen   oxygen   propane   propene   sulfur dioxide



propene

200

is an amphoteric oxide 


aluminium oxide   calcium oxide   chlorine   ethanol   graphite nitrogen   oxygen   propane   propene   silicon(IV) oxide

aluminium oxide

300

is manufactured by fermentation


bauxite   calcium oxide   ethanol   graphite   methane nitrogen   oxygen   propane   propene   sulfur dioxide

ethanol

300

is a good conductor of electricity when solid 

aluminium oxide   calcium oxide   chlorine   ethanol   graphite nitrogen   oxygen   propane   propene   silicon(IV) oxide

graphite

300

is manufactured by the catalytic addition of steam to ethene 

aluminium oxide   calcium oxide   chlorine   ethanol   graphite nitrogen   oxygen   propane   propene   silicon(IV) oxide

ethanol

300

react together to form slag in the blast furnace 


aluminium oxide   calcium oxide   chlorine   ethanol   graphite nitrogen   oxygen   propane   propene   silicon(IV) oxide

silicon(IV) oxide   and  calcium oxide  

300

the type of bonding in zinc

metallic bonding

400

is a compound with a giant covalent structure 


aluminium oxide   calcium oxide   chlorine   ethanol   graphite nitrogen   oxygen   propane   propene   silicon(IV) oxide


silicon(IV) oxide

400

number of halogens which are gases at r.t.p.

2

400

belongs to a homologous series whose general formula is CnH2n+2 

aluminium oxide   calcium oxide   chlorine   ethanol   graphite nitrogen   oxygen   propane   propene   silicon(IV) oxide

propane  

400

number of carbon atoms in one molecule of propyl butanoate

7

400

number of covalent bonds in one molecule of ethanol

8

500

number of unbranched structural isomers of C4H8 which decolourise aqueous bromine

2

500

typical temperature for the fermentation of aqueous glucose in °C

any value between 25 to 35 inclusive

500

number of metals in Period 3 of the Periodic Table

3

500

typical operating temperature of the Contact process in °C

450

500

percentage of nitrogen in clean, dry air

78%