MATHEMATICS: PAPER II
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1 NATIONAL SENIOR CERTIFICATE EXAMINATION NOVEMBER 2015 MATHEMATICS: PAPER II EXAMINATION NUMBER Time: 3 hours 150 marks PLEASE READ THE FOLLOWING INSTRUCTIONS CAREFULLY 1. This question paper consists of 27 pages and an Information Sheet of 2 pages (i ii). Please check that your paper is complete. 2. Read the questions carefully. 3. Answer ALL the questions on the question paper and hand this in at the end of the examination. Remember to write your examination number on the space provided. 4. Number your answers exactly as the questions are numbered. 5. Diagrams are not necessarily drawn to scale. 6. You may use an approved non-programmable and non-graphical calculator, unless otherwise stated. 7. Ensure that your calculator is in DEGREE mode. 8. Round off your answers to one decimal digit where necessary, unless otherwise stated. 9. All the necessary working details must be clearly shown. 10. It is in your own interest to write legibly and to present your work neatly. FOR OFFICE USE ONLY: MARKER TO ENTER MARKS Q1 Q2 Q3 Q4 Q5 Q6 Q7 Q8 Q9 Q10 Q11 Q12 Q13 TOTAL /150 PLEASE TURN OVER
2 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 2 of 27 SECTION A QUESTION 1 In the diagram below: AB is drawn with A(0; 6) and B(12; 0). M is the midpoint of AB. AMCO is a cyclic quadrilateral. (a) Determine the coordinates of point M. (2) (b) Write down, giving reasons, the size of CMˆ A and hence determine the equation of line MC. (5)
3 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 3 of 27 (c) (1) Show that the area of MCB is 11,25 units 2. (4) (2) Determine the area of AMCO. (2) [13] PLEASE TURN OVER
4 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 4 of 27 QUESTION 2 In the diagram below, circle centre N is drawn. The equation of OD is 7y = 10x. The equation of ON is y = x. 1 The equation of EF is y = x OABC is a square that touches the circle at four points on the circumference. (a) Show that N (8; 8). (b) Write down the coordinates of B. (3) (1)
5 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 5 of 27 (c) Determine the length of DB. (3) [7] PLEASE TURN OVER
6 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 6 of 27 QUESTION 3 (a) Simplify the following expression as far as possible. (1) ( θ) ( θ) cos( θ ) sin 180.cos 90 1 (4) (2) Hence determine for which value(s) of [ ] θ 0 ;360, ( θ) ( θ) cos( θ ) sin 180.cos 90 1 will be real. (2)
7 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 7 of 27 (b) Prove the following identity: (1) 1 tanθsinθ + cosθ = cosθ (3) (2) Hence; determine the general solution to: 3 tanθsinθ + cosθ = sinθ (5) [14] PLEASE TURN OVER
8 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 8 of 27 QUESTION 4 In the diagram below: Points A, B, C and D lie on the circle. A tangent is drawn at point D with a chord drawn from A to C. B 1 2 C A D Prove that Cˆ ˆ ˆ 2 + D3 = B. (3) [3]
9 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 9 of 27 QUESTION 5 (a) Use the diagram below to prove the theorem that states that the line drawn from the centre of a circle and perpendicular to the chord, bisects the chord. O 1 2 A M C (6) PLEASE TURN OVER
10 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 10 of 27 (b) In the diagram below, O is the centre of two concentric circles. AE is a diameter of the larger circle and is 20 units long. GF is a diameter of the smaller circle and is 8 units long. Chord AB has a length of 12 units. OD is perpendicular to BE. OC//GB. (1) Determine, giving reasons, the length of BE. (2) BC (2) Determine, giving reasons,. CE (2)
11 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 11 of 27 (3) Hence, or otherwise, determine, giving reasons, the length of CD. (4) [14] PLEASE TURN OVER
12 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 12 of 27 QUESTION 6 (a) In the circle below, draw any two chords (not diameters), AB and CD intersecting at E, a point inside the circle. (1) (b) Prove that ΔAEC///ΔDEB. (3) (c) Prove that AE.EB = CE.ED. (2) [6]
13 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 13 of 27 QUESTION 7 (a) Study the table below and answer the questions that follow. x 1,3 2,1 4,2 5 6,8 9 y 3,2 6,4 14, ,2 34 (1) Calculate the line of best fit. (3) (2) Comment on your answer in (1) by first calculating the correlation co-efficient. (2) (b) The scatter plot below is a graphical representation of the relationship between a household's monthly electricity bill and their monthly water bill within the same suburb. Electricity bills between R100 and R1 000 were used in the study. Water bill in Rands for the month Water bill for the month in rand Electricity bill in for Rands the month for the in month rand (1) Label the outlier on the diagram above with the letter T. (1) PLEASE TURN OVER
14 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 14 of 27 (2) Comment on the relationship between a household's monthly electricity bill and monthly water bill. (3) If the outlier was removed from the data above, how would this affect the correlation coefficient? (1) (1) (4) The equation for the line of best fit is yy = A + Bxx (including the outlier). If the outlier was excluded, what would happen to the value of B? (1) (5) If a household has a monthly electricity bill of R3 000, can you estimate the amount that will appear on the water bill for the month by using the equation above? (Explain your answer.) (1) [10]
15 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 15 of 27 QUESTION 8 The diagram below is an ogive for the mark distribution of a certain grade Number of Pupils Marks (a) (b) On the same grid as the ogive, sketch the histogram for the mark distribution of the grade. Assume 8 equal class intervals. (5) Describe the skewness of the mark distribution. (1) (c) State whether the statement is TRUE or FALSE. Explain. The median is closer to the upper quartile than the lower quartile. (2) [8] 75 marks PLEASE TURN OVER
16 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 16 of 27 SECTION B QUESTION 9 (a) What statement can be deduced from all of the following statements? Aˆ + Bˆ + Cˆ = 180. Dˆ + Eˆ + Fˆ = 180. Aˆ = Eˆ. (1) (b) In the diagram below: Two major segments of circles are drawn with BD a common chord. Both circles have equal diameters. Chord AB is parallel to chord CD. B 1 2 C A 1 2 D Prove that ABCD is a parallelogram. (6) [7]
17 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 17 of 27 QUESTION 10 (a) In the diagram below, the tangent at point A is parallel to chord CD. C; D; A and B lie on the circumference of the circle. C 1 2 D E B A 4 If B = 55 o and A 1 = 18 o, then calculate the size of E 2, giving reasons for your statements. (6) PLEASE TURN OVER
18 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 18 of 27 (b) In the diagram below, circles with centres P and O are drawn. Tangents PD and PE to circle O cut the circle P at B and C respectively. A is a point on the major arc BC. DC cuts circle O at K. (1) Prove that O ˆ ˆ 1 + 2A = 180. (8)
19 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 19 of 27 (2) Prove that Ĉ 3 + Ê 1 = 90 + Â. (6) [20] PLEASE TURN OVER
20 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 20 of 27 QUESTION 11 (a) The diagram below is a sketch of f(x) and g(x): f( x) = 2sin 2x+ 2 gx ( ) = 2cos x + 2 x [ 0 ; 360 ] Calculate the coordinates of point A. (Show your working.) (7)
21 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 21 of 27 (b) In the diagram below, an acute-angled triangle ABC is drawn: A line PQ is drawn, where P lies on the line BC and Q lies on the line AC. The length of PQ is 14 units and the length of AB is 18 units. o  = 68 and o Ĉ = 50. If the ratio of BP : PC is 2 : 3 determine the size of ˆ PQC. (6) PLEASE TURN OVER
22 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 22 of 27 (c) Prove that cos(a 45 ) 1+ sin 2A =. cos(a + 45 ) cos 2A (6) [19]
23 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 23 of 27 QUESTION 12 In the diagram below, P and Q are the centres of circles having equations: (x 7) 2 + (y + 2) 2 = 49 and x 2 + y x 6y = 30. (a) Determine the radius of the circle having centre Q. (4) (b) Calculate the length of PQ. (3) PLEASE TURN OVER
24 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 24 of 27 (c) Show that the equation of PQ is 5x + 12y = 11. (d) Determine the coordinates of A. (4) (5) (e) Determine the equation of chord CD. (3)
25 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 25 of 27 (f) Prove that CD PQ. (2) [21] PLEASE TURN OVER
26 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 26 of 27 QUESTION 13 A farmer has come up with an accurate way to measure the volume of water in his water tank: o You place the triangular wedge with  = 30 in the water tank until point A is touching the bottom of the tank. (Step 1) You pull the triangular wedge out of the tank and look for the water mark made on the wedge. This is indicated in Step 2 as line BC. 3 metres B C 100 cm o cm A 150 cm If the farmer's water tank has a radius of 3 metres, and he measures AB to be 100 cm and AC to be 150 cm, determine the volume of water in the water tank. 2 (Only round off at the end of your calculation.) v= π rh
27 NATIONAL SENIOR CERTIFICATE: MATHEMATICS: PAPER II Page 27 of 27 [8] 75 marks Total: 150 marks
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