FAT / Activity/Form / Learner’s mark / Learner’s %
3.3 / TEST
TOTAL / 50

Instructions:

  1. The question paper consists of FOUR questions.
  2. You need to answer ALL questions.
  3. Write your name and date in the spaces provided.
  4. Show calculations as requested on question paper.
  5. You may use a calculator.
  6. It must be your own work.
  7. Check your answers.

Question 1

Simplify the following:
1.1
1.2 /
/ (3)
(3)
[6]

Question 2

2.1 / Factorise the following:
2.1.1
2.1.2
2.1.32.1.4 / (2)
(2)
(2)
(3)
2.2 / Simplify:
/ (3)
2.3 / If the area of the a rectangle is
squared units and its breadth is units,
determine the length of the shape
in terms of . / (2)
[12]

Question 3

3.1 / Solve for :
3.1.1
3.1.2
3.1.3
3.1.4 Vervang met:
3.1.5 / (2)
(3)
(2)
(4)
(2)
3.2 / The diagram that follows shows the distances from one house (A) to another house (B).If you follow the road from house A, you pass a church and then you pass a garage before arriving at house B. The distances are given as algebraic expressions.

3.2.1Determine the value of if the total distance between
house A and B by road is 14 km. (4)
3.2.2How far is it from the church to House B in kilometres if x=2? (3)
[20]

Question 4

4.1 / Match each item in column A with an item in Column B
Column A / Column B
4.1.1 / Gradient undefined / (a) /
4.1.2 / Gradient is 0 / (b) /
4.1.3 / Gradient is positive / (c)
4.1.4 / Gradient is negative / (d) / / (4)
4.2
4.3
4.4 / The graphs of and are represented in the diagram
below.

4.2.1 Write down the -intercept of .
4.2.2Determine the equation of the line which is parallel to and passing through point A.
4.2.3 Determine the length of AB.
Determine the x-intercept of the line
Determine the gradient of the line through (-1; 2) and (0;-4). / (1)
(2)
(1)
(2)
(2)
[12]
TOTAL: 50

Page 1