1 Which of the following processes physical change from liquid to gas? I Boiling II Condensation III Evaporation IV Sublimation star A I and II B I and III C II and IV D III and IV T4 Chapter 2.1 Basic Concepts of Matter
2 Which of the following is the use of the isotope iodine-131? star A Treat thyroid gland cancer. B Generate electricity for satellites. C Detecting underground pipe leakage. D Estimate the age of fossils. T4 Chapter 2.4 Isotopes and Its Uses
3 Which of the following is the correct pair of compounds and its chemical formula? star A Sodium oxide, NaO B Potassium chloride, KCl_2 C Copper(II) nitrate, CuNO_3 D Lead(II) chloride, PbCl_2 T4 Chapter 3.3 Chemical Formula
4 Which of the following gasses is used in a weather balloon? star A Hydrogen gas B Helium gas C Fluorine gas D Chlorine gas T4 Chapter 4.3 Elements in Group 18
5 What type of chemical bond in water molecules? star A Covalent bond B Metallic bond C Dative bond D Ionic bond T4 Chapter 5.3 Covalent Bond
6 Which statement is correct about the metallic bond? star A Transfer of electrons between metal and non-metal. B Sharing of electrons between non-metal atoms. C The forces of attraction between hydrogen atoms that have bonded with an atom of high electronegativity in another molecule. D The electrostatic forces between the sea of electrons and the positively-charged metal ion. T4 Chapter 5.6 Metallic Bond
7 Which of the following particles in solution of ammonia is responsible for its alkaline properties? star A H^+ B NH_4^+ C OH^- D NH_3 T4 Chapter 6.1 The Role of Water in Showing Acidic and Alkaline Properties
8 Which of the following is not a chemical property of acids? star A React with base to produce salt and hydrogen gas. B React with metal oxide to produce salt and water. C React with reactive metal to produce salt and hydrogen gas. D React with metal carbonate to produce salt, carbon dioxide and water. T4 Chapter 6.4 Chemical Properties of Acids and Alkalis
9 Name the gas that turns lime water to cloudy? star A Carbon monoxide B Sulphur dioxide C Carbon dioxide D Nitrogen dioxide T4 Chapter 6.10 Effect of Heat on Salts T4 Chapter 6.11 Qualitative Analysis
10 Which of the following is not the unit for the rate of reaction? star A g s^-1 B kg min^-1 C cm^3 min^-1 D mol dm^-3 T4 Chapter 6.5 Concentration of Aqueous Solution T4 Chapter 7.1 Determining Rate of Reaction
11 Which of the following substances is the main component for glass? star A Lead(II) oxide B Silicon dioxide C Sodium chloride D Silver chloride T4 Chapter 8.2 Composition of Glass and Its Uses
12 The following equation shows the reaction between copper(II) oxide and hydrogen gas. CuO + H_2 -> Cu + H_2O What is the type of reaction that takes place for copper(II) oxide? star A Reduction B Oxidation C Precipitation D Neutralisation T5 Chapter 1.1 Oxidation and Reduction
13 Which of the following is non hydrocarbon? star A Alkane B Alkene C Alcohol D Alkyne T5 Chapter 2.1 Types of Carbon Compound
14 Which of the following is not an endothermic reaction? star A Photosynthesis B Neutralisation C Thermal decomposition of nitrate salt D Thermal decomposition of carbonate salt T5 Chapter 3.1 Heat Change in Reactions
15 Which of the following describes a monomer? star A The repeating unit in a polymer. B An atom in a polymer. C A molecule used to make a polymer. D A molecule with single covalent bonds. T5 Chapter 4.1 Polymer
16 Which of the following are basic ingredients of cosmetics? I Moisturiser II Emulsifier III Stabiliser IV Bleaching agent star A I and II B I and III C II and IV D III and IV T5 Chapter 5.4 Medicines and Cosmetics
17 Which of the following substances is made up of one type of atom only? star A Air B Iron C Naphthalene D Water T4 Chapter 2.1 Basic Concepts of Matter
18 Which of the following particles equals to 1 mole? star A 1 g of hydrogen gas. B The number of molecules in 1 g of hydrogen gas. C 6.02 x 10^23 of hydrogen atoms in hydrogen gas. D 6.02 x 10^23 of hydrogen molecules in hydrogen gas. T4 Chapter 3.2 Mole Concept
19 Diagram 1 shows the method used to store an element. Which of the following is the explanation of why this method was used? star A The element is easily volatile. B The element is alkali. C To prevent the element from reacting with air. D To prevent the element from reacting with sunlight. T4 Chapter 4.4 Elements in Group 1
20 In the Periodic Table of the Element, X element has 11 proton number, while Y element has 17 proton number. Which of the following is not true about element X and Y? star A Size of the X atom is bigger than the Y atom. B X atom is more electronegative than Y atom. C Oxide of X element is alkali while oxide of Y element is acidic. D Tendency of the release electron of the X atom is higher than the Y atom. T4 Chapter 4.6 Elements in Period 3
21 Which of the following molecules share three pairs of electrons between two atoms? star A H_2 B O_2 C Cl_2 D N_2 T4 Chapter 5.3 Covalent Bond
22 Which of the following substances dissolve in water to produce a solution with pH value more than 7? star A Ammonia gas B Copper(II) hydroxide C Carbon dioxide gas D Magnesium hydroxide T4 Chapter 6.2 pH Value
23 The following equation represents a reaction between zinc metal and hydrochloric acid. Zn + 2HCl → ZnCl_2 + H_2 Determine maximum volume of hydrogen gas released when 50 cm^3 of 1.0 mol dm^-3 hydrochloric acid reacts with excess zinc at room condition. [1 mole of any gas occupies 24 dm^3 mol^-1 at room conditions] star A 0.6 dm^3 B 1.2 dm^3 C 6.0 dm^3 D 12.0 dm^3 T4 Chapter 3.2 Mole Concept
24 Diagram 2 shows an experiment to produce salt P. What salt solution can be used to replace Ca(NO3)2 solution to produce salt that has the same solubility as salt P? star A Cu(NO3)2 B Pb(NO3)2 C Fe(NO3)2 D Mg(NO3)2 T4 Chapter 6.9 Preparation of Salts
25 When 2 cm³ of copper(II) sulphate solution is added to the mixture of dilute sulfuric acid and zinc granules, the rate of reaction increases. Which statement best explains why the rate of reaction increases? star A Increases the activation energy. B Increases the collision frequency. C Increases the effective collision frequency. D Increases the concentration of sulphate ion. T4 Chapter 7.4 Collision Theory
26 Diagram 3 shows the reaction between zinc and nitric acid. Which of the following is the measurable change in this reaction? star A Decrease in volume of hydrogen gas. B Increase in mass of zinc. C Decrease in volume of nitric acid. D Increase in volume of hydrogen gas. T4 Chapter 7.1 Determining Rate of Reaction
27 Diagram 4 shows a bridge for pedestrians. One company in China used steel to construct the bridge. Which of the following, is the arrangement of the atoms in steel? star A A Figure B B Figure C C Figure D D Figure T4 Chapter 8.1 Alloy and Its Importance
28 Which of the following solutions should not be stored in a tin-plated container? I NaNO3 II KCI III AgNO3 IV CuSO4 star A I and II B II and III C II and IV D III and IV T5 Chapter 1.6 Rusting
29 The natural smell of a pineapple is due to the presence of an ester. Which of the following is the name of the ester? star A 2-methylpropane B Ethyl butanoate C Sodium ethanoate D Sodium palmitate T5 Chapter 2.2 Homologous Series
30 The following equation represents the formation of magnesium sulphate, MgSO_4. Mg + H_2SO_4 → MgSO_4 + H_2 Heat released when 1 mol of MgSO_4 is 467kJ mol^-1. Which energy level diagram is correct for the reaction? star A A Figure B B Figure C C Figure D D Figure T5 Chapter 3.1 Heat Change in Reactions
31 Which chemical reaction produces the highest heat of neutralisation? star A CH3COOH + NaOH → CH3COONa + H2O B HNO3 + NH4OH → NH4NO3 + H2O C H2SO4+ 2NaOH→ Na2SO4 + 2H2O D H2SO4 + 2NH4OH → (NH4)SO4 + 2H2O T4 Chapter 6.3 Strength of Acids and Alkalis T4 Chapter 6.7 Neutralisation T5 Chapter 3.2 Heat of Reaction
32 Diagram 5 shows the polymerization reaction of substance p to formed substance q. p and q are similar in terms of star A chemical properties B physical properties C percentage of composition D molar mass T5 Chapter 4.1 Polymer
33 Diagram 6 showing structural formulae of a polymer. What is the relative molecular mass monomer of this polymer? [Relative atomic mass : H = 1; C = 12; Cl = 35.5] star A 62.5 B 64.5 C 76.5 D 187.5 T5 Chapter 4.1 Polymer
34 The following shows the conversation between Raju and Farhan during camping near the seaside. Raju : Farhan, my clothes still have blood stains although they have been washed twice with this seawater. Farhan : Try washing them with my cleaning agent. Blood stains could be removed. Which of the following cleaning agents can be used by Raju? star A Detergent contains biological enzymes. B Detergent contains sodium hypochlorite. C Soap contains biological enzymes. D Soap contains sodium hypochlorite. T5 Chapter 5.2 Cleaning Agents
35 Diagram 7 shows reactions of acid X. Salt Y could be star A zinc ethanoate B zinc chloride. C zinc nitrate. D zinc sulphate. T4 Chapter 6.4 Chemical Properties of Acids and Alkalis
36 Table 1 shows the total volume of oxygen liberated at regular time intervals for the decomposition of hydrogen peroxide, H_2O_2 at room temperature catalysed by manganese(IV) oxide. | Time (min) | 0 | 1 | 2 | 3 | 4 | | Volume of gas (cm^3) | 0 | 9.2 | 17.6 | 25.7 | 33.6 | What is the average rate of reaction in the third minutes? star A 7.9 cm^3 min^-1 B 8.1 cm^3 min^-1 C 8.4 cm^3 min^-1 D 8.6 cm^3 min^-1 T4 Chapter 7.1 Determining Rate of Reaction
37 The following equation represents the oxidation of iron by steam. 3H_2O + 2Fe -> Fe_2O_3 + 3H_2 What is the maximum mass of iron(III) oxide produced when 50 g of steam reacts with 100 g of iron? [Relative atomic mass: H = 1; O = 16; Fe = 56] star A 20.7 g B 21.4 g C 143.2 g D 148.8 g T4 Chapter 3.4 Chemical Equation
38 110.0 g of propane, C3H8 gas undergoes complete combustion in excess oxygen. What is the volume of carbon dioxide gas produced at room condition? [Relative atomic mass : H = 1; C = 12; O = 16, Molar volume at room conditions = 24 dm³ mol⁻¹] star A 24 dm³ B 72 dm³ C 120 dm³ D 180 dm³ T4 Chapter 3.2 Mole Concept T4 Chapter 3.4 Chemical Equation
39 Diagram 8 shows an experiment to determine the heat of precipitation. Which of the following mixtures to obtain as the result shown? star A 50 cm^3 of 1.0 mol dm^-3 silver nitrate and 50 cm^3 of 1.0 mol dm^-3 sodium chloride. B 50 cm^3 of 1.0 mol dm^-3 lead(II) nitrate and 50 cm^3 of 1.0 mol dm^-3 potassium sulphate. C 50 cm^3 of 1.0 mol dm^-3 barium nitrate and 50 cm^3 of 1.0 mol dm^-3 sodium sulphate. D 50 cm^3 of 1.0 mol dm^-3 lead(II) nitrate and 50 cm^3 of 1.0 mol dm^-3 potassium iodide. T5 Chapter 3.2 Heat of Reaction
40 Diagram 9 shows the structure of a polymer. What is this polymer and the polymerisation process that produces it? star A Carbohydrate, Addition polymerisation B Carbohydrate, Condensation polymerisation C Polyester, Addition polymerisation D Polyester, Condensation polymerisation T5 Chapter 4.1 Polymer