Skip to content 
SECTION C: LANGUAGE Study the advertisement (TEXT D) below and answer the set questions. 3.1 Who is the target audience in this advertisement? (1) 3.2 Choose the correct answer to complete the following sentence:The name, ‘Captain Crisp’, in this advertisement is an example of …A a simile.B a metaphor.C alliteration.D assonance. (1) 3.3 Explain how … Read more
The boiling points of three isomers are given in the table below. 3.1 Define the term structural isomer. (2) 3.2 What type of isomers (POSITIONAL, CHAIN or FUNCTIONAL) are these three compounds? (1) 3.3 Explain the trend in the boiling points from compound A to compound C. (3) 3.4 Which ONE of the three compounds … Read more
3.1 The flow diagram below shows two organic reactions. The letter P represents an organic compound. Use the information in the flow diagram to answer the questions that follow. Write down the: 3.1.1 Type of reaction of which Reaction 1 is an example (1) 3.1.2 STRUCTURAL FORMULA of the functional group of ethyl propanoate (1) … Read more
(Start on a new page.) A ball is dropped from the top of a building 20 m high. Ignore the effects of air resistance. 3.1 Define the term free fall. (2) 3.2 Calculate the: 3.2.1 Speed at which the ball hits the ground (4) 3.2.2 Time it takes the ball to reach the ground (3) … Read more
Stone A is projected vertically upwards at a speed of 12 m∙s-1 from a height h above the ground. Ignore the effects of air resistance. 3.1 Calculate the time taken for stone A to reach its maximum height. (3) At the same instant that stone A is projected upwards, stone B is thrown vertically downwards … Read more
The vapour pressure versus temperature graph below was obtained for four straight chain (unbranched) alkanes (P, Q, R and S).FROM P TO S, EACH COMPOUND DIFFERS FROM THE PREVIOUS COMPOUND BY A –CH2 GROUP.The vapour pressures are measured in mmHg. Atmospheric pressure is 760 mmHg. 3.1 Give a reason why alkanes are said to be … Read more
Ball A is projected vertically upwards at a velocity of 16 m∙s-1 from the ground. Ignore the effects of air resistance. Use the ground as zero reference. 3.1 Calculate the time taken by ball A to return to the ground. (4) 3.2 Sketch a velocity-time graph for ball A. Show the following on the graph: … Read more
QUESTION 3: A GRAIN OF WHEATRead the extracts from the novel below and answer the set questions. The number of marks allocated to each question serves as a guide to the expected length of your answer. NOTE: Answer the questions set on BOTH extracts, i.e. QUESTION 3.1 AND QUESTION 3.2. 3.1 EXTRACT E [Gikonyo goes … Read more
3.1.1 Show, with calculations, that the maximum capacity of the swimming pool is 765 n/. (5) 3.1.2 Calculate the volume of water (in gallons) required to fill the swimming pool to 94% of its capacity. (4) 3.1.3 The pool must be topped up with 135 000 t of water due to water loss. The pool … Read more
Use ANNEXURE D to answer the questions that follow. 3.1.1 If the numbering system for the properties follows the same pattern, as shown on the main map, determine the street address of the property marked H. (3) 3.1.2 Use measurement and the given scale to determine the actual dimensions (in metres) of the rectangular property … Read more