Year 10 revision

1

Crude oil and hydrocarbons

A

B

C

D

1

Alkanes (note we study B (carboxylic acid) and C (alcohol) in Year 11)

A

B

C

D

1

Homologous series

A

B

C

D

1

Polymers

A

B

C

D

1

Rate of reaction

A

B

C

D

1

Fuels and hydrocarbons.
(Note 1. we do not study triple bonds in GCSE chemistry).

A

B

C

D

1

Cracking or addition polymerisation

A

B

C

D

1

A

B

C

D

1

RAM

A

B

C

D

1

Reaction profiles

A

B

C

D

1

Reacting masses

A

B

C

D

1

Mole calculation (this is a slightly ambiguous question but assume that moles of N₂ are meant.

A

B

C

D

1

Allotropes of carbon

A

B

C

D

1

Empirical and molecular formulae

A

B

C

D

3

null

Moles of O₂ formed = Moles of Magnesium nitrate / 2 =

RFM of O₂ = 2 x 16 =

Mass of O₂ = moles x RFM = 0.225 x 32 = g

Drugi mogući odgovor:

32

0.225

7.2

2

null

Moles of NO₂= x moles of magnesium nitrate =

molecules of NO₂ = moles x the avogadro constant =

Drugi mogući odgovor:

4.3344 x10 ²⁴

2

0.9

4.33 x 10 ²⁴

1

Rate of reaction.
Note that this graph is a bit artificial (we would expect a curve rather than a straight line at the start of the reaction so a tangent would have to be drawn)

A

B

C

D

1

Structure and bonding

A

B

C

D

1

Alkanes and alkenes

A

B

C

D

4

Displayed formula
Ball and stick
Dot cross diagram
Space filling

1

Alkenes and bromine water

A

B

C

D

1

Polymers

A

B

C

D

Year 10 revision

Crude oil and hydrocarbons

Alkanes (note we study B (carboxylic acid) and C (alcohol) in Year 11)

Homologous series

Polymers

Rate of reaction

Fuels and hydrocarbons.(Note 1. we do not study triple bonds in GCSE chemistry).

Cracking or addition polymerisation

RAM

Reaction profiles

Reacting masses

Mole calculation (this is a slightly ambiguous question but assume that moles of N2 are meant.

Allotropes of carbon

Empirical and molecular formulae

Rate of reaction.Note that this graph is a bit artificial (we would expect a curve rather than a straight line at the start of the reaction so a tangent would have to be drawn)

Structure and bonding

Alkanes and alkenes

Alkenes and bromine water

Polymers

Crude oil and hydrocarbons

Alkanes (note we study B (carboxylic acid) and C (alcohol) in Year 11)

Homologous series

Polymers

Rate of reaction

Fuels and hydrocarbons.(Note 1. we do not study triple bonds in GCSE chemistry).

Cracking or addition polymerisation

RAM

Reaction profiles

Reacting masses

Mole calculation (this is a slightly ambiguous question but assume that moles of N2 are meant.

Allotropes of carbon

Empirical and molecular formulae

Rate of reaction.Note that this graph is a bit artificial (we would expect a curve rather than a straight line at the start of the reaction so a tangent would have to be drawn)

Structure and bonding

Alkanes and alkenes

Alkenes and bromine water

Polymers

Fuels and hydrocarbons.
(Note 1. we do not study triple bonds in GCSE chemistry).

Mole calculation (this is a slightly ambiguous question but assume that moles of N₂ are meant.

Rate of reaction.
Note that this graph is a bit artificial (we would expect a curve rather than a straight line at the start of the reaction so a tangent would have to be drawn)

Fuels and hydrocarbons.
(Note 1. we do not study triple bonds in GCSE chemistry).

Mole calculation (this is a slightly ambiguous question but assume that moles of N₂ are meant.

Rate of reaction.
Note that this graph is a bit artificial (we would expect a curve rather than a straight line at the start of the reaction so a tangent would have to be drawn)