ANALYSIS OF THE 2003-2009 SPM CHEMISTRY PAPER 2

TOPIC/

YEAR 1-5 F4-6 & F5-3 Acid & Base Salt 9 & 13 Rate of

Reaction

Carbon

Compound

Thermochemistry

2003 1.Empirical formula

(MgO)

2.Periodic Table

5.Ox & Rd:

Br2 + Fe2+ →

Mg + Cu2+ →

(Redox)

9.Electrolyte cell,

Cu-Cu vs Voltaic cell

Zn-Cu,

Electroplating, Iron

key.

10.Test salt,

Pb2+, CO32-,

prepare salt, Mg

Cl2.

3.Contact process

8.Food, cleaning

action soap vs

detergent.

7.Factor-size,

temperature, catalyst,

Mg + HCl → ,

sketch graphs,

collision theory.

4.Esterification

(ethanol, ethanoic

acid, concentrated

sulphuric acid).

6.Heat of Displacement,

Cu + AgNO3 →

2004 1.Substance,

chemical formula,

atom, ions, molecule,

state, naphthalene.

7.Electron

arrangement, isotope,

ionic & covalent

3.Electrolysis dilute

CuSO4(aq)

10.Rusting(Redox)

exp describe

electrochemical

series.

5.Prepare salt,

titration, H2SO4

+ KOH →

K2SO4, CuSO4

2.Prepare soap,

compare cleaning

soap vs detergent,

medicine, strc.

aspirin.

9.Contact process,

pollution, hardness

alloy experiment.

6.Production

Margarine.

8.Determine type of

carbon, start with

propanol, molecular

formula, compare

different alkene vs

alkane

4.Heat of precipitation,

AgNO3 + NaCl →

2005 1.Periodic Table

10.Uses of Isotope,

electron arrangement,

ionic & covalent

6.Electrolysis

NaSO4(aq)

Ox & Rd:

Mg + O2 →

9.Rusting,

electrolysis &

chemical cell.

8. pH value HCl vs

CH3COOH

4.Naming salt

precipitation

formed, Na2SO4

+ Pb(NO3)2 →

calculation.

2.Prepare soap,

Cleaning soap vs

detergent.

7.Factor effect, size,

temperature, CaCO3

+ HCl, collision

theory, calculation.

2.Palm oil, prepare

soap.

3.Heat of Displacement,

Zn + CuSO4 →

5.Heat of combustion of

alcohol, methanol vs

ethanol, propanol.

2006 2.Atomic model

Dmitri Mendeleev,

Isotope

3.Electron

arrangement, ionic &

covalent.

8. Electron

arrangement, ionic &

covalent, group 17.

9.Atom(proton,

neutron), atomic

model James

Chadwick.

7.Ox. num, Al2O3,

Cu2O, U-tube,

FeSO4, KMnO4/H+

4.Concentration,

molarity, prepare

standard solution,

NaOH 0.2 M.

Use:

M1V1= M2V2

5.Forming/

prepare salt

NH4NO3

1.Medicine, ginger,

tranquilizer.

5.Haber process

6.Factor effect, size,

HCl + CaCO3,

compare graph,

collision theory.

ANALYSIS OF THE 2003-2009 SPM CHEMISTRY PAPER 2

TOPIC/

YEAR 1-5 F4-6 & F5-3 Acid & Base Salt 9 & 13 Rate of

Reaction

Carbon

Compound

Thermochemistry

2007 3.Empirical

formula (MgO,

PbO)

4.Substance, state,

melting point,

electricalconductivi

ty

5.No proton,

periodic table,

calculate mole.

8.Atomic model,

proton, neutron,

electron, heating

curve.

6.Rusting. 7.a)i) from

K2SO4, PbSO4,

ZnSO4, identify

soluble and

insoluble.

b) with

diagram,

crystallization

method o

prepare

insoluble salt

7(a)i) .

c)Testing of

i)nitrate salt

ii)Pb2+, Al3+

1.Preparing soap,

cleaning soap vs

detergent.

2.Haber, contact

process, prepare

NH4SO4.

10.Zn + acid →

Energy profile

diagram,

calculation,

collision theory.

9.Different alkene

vs alcohol vs

carboxylic acid.

2008 2.Periodic Table,

electron

arrangement.

3.Movement of

bromine particle in

air, kinetic theory.

8.Electrolysis of

NaCl(aq), exp

describe

electrochemical

series.

9.Rusting exp.

10.pH value of 2

acid solution

why different?

10.Prepare

salt, PbSO4.

1.Contact process.

7.Food, medicine,

headache, bacteria

inflection, cleaning

action soap vs

detergent.

5.Zn + HCl→, to

analysis the curve.

4.C2H5OH, Heat

C2H5OH, C2H5OH

react with ethanoic

acid, dehydration

to produce ethene.

6.Heat of

neutalisation, HNO3

+ NaOH →

2009 2.Element Li, O,

period, group,

compound formed,

property.

3.Empirical

formula of

copper(II)oxide.

8.a)Potential

difference for the

pair of metals.

b)Voltaic cell,

CuNO3, Cu(-),

Metal Q.

c)Electrolytic cell,

0.0001 moldm-3

vs

1.0 moldm-3

KI,

Half equation.

9.a)Redox: FeCl3 +

Metal →

b)Plans an exp: U-

tube: Iodide ions as

are good reducing

agent.

10.a)CH3COOH

+ NaOH→

write balance

equation.

b)Zn +HCl→

which solvent

can produce

bubbles.

10.c)

Confirmatory

tests of salt:

Fe(NO3)3 and

FeCl3.[10m]

1.Alloy, copper ,

bronze.

5. HCl + CaCO3

factor - SIZE,

calculation,

collision theory,

sketch graph.

4.Alkene, compare

ethene, propene,

butene.

7.a)Compare 3

alcohol, ethanol,

propanol, butanol.

b)Determine

compound X-

ethanoic acid.

c)Ethene vs Ethane

6.Heat of

neutralization HNO3

+ NaOH →