# Mathematics Grade 11 P2 Gauteng June 2024 Memo (English)

> Grade 11 Mathematics Paper 2 memorandum from the Gauteng June Exam 2024 (English), 11 pages. Read online or download the free PDF.

- Page: https://www.hlayiso.com/library/gr-11-mathematics-p2-english-june-2024-possible-answers/a434fdfa-63d5-4142-bd70-67e2e579c02e
- Updated: 2026-09-27
- Subject: Mathematics
- Grade: Grade 11
- Language: English
- Document type: Memorandum
- Year: 2024
- Exam period: Gauteng June Exam
- Paper: 2
- Curriculum: CAPS
- Pages: 11

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## About this document

Mathematics · Grade 11 · Gauteng June Exam · 2024 · English. Memorandum, 11 pages. Read online or download the PDF.

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## Document text

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### Page 1

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           PROVINCIAL EXAMINATION
                     JUNE 2024
                     GRADE 11
            MARKING GUIDELINES
                 MATHEMATICS (PAPER 2)

11 pages

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                                                                   MATHEMATICS
                                              MARKING GUIDELINES
                                                                   (PAPER 2)                GRADE 11

INSTRUCTIONS AND INFORMATION
➢     ➢ A – ACCURACY
➢     ➢ CA – CONSISTENT ACCURACY
➢     ➢ S – STATEMENT
➢     ➢ R – REASON
➢     ➢ S & R – STATEMENT with REASON
NOTES:
•     If a candidate answered a question TWICE, mark only the first attempt.
•     If a candidate crossed OUT an answer and did not redo it, mark the crossed-out answer.
•     Consistent accuracy applies to ALL aspects of the marking guidelines.
•     Assuming values/answers in order to solve a question is UNACCEPTABLE.

QUESTION 1
                                                              ✓ Substitution into correct
1.1
                   ( 4 − ( −4 ) ) + ( −2 − ( −6 ) )
                                2                     2
         BC =                                                   formula
         BC = 80                                              ✓ Answer

         BC = 4 5                                                                               (2)

1.2       6+4                       y + ( −2 )                ✓ x=5
              =x                               =2
           2                            2                     ✓ y =5
             x=5                            y=6                                                 (2)

1.3               −2 − ( −6 )                                 ✓ Substitution into correct
         mBC =
                   4 − ( −4 )                                   formula
                                                              ✓ Answer
                  1
         mBC =
                  2                                                                             (2)

1.4            1                                              ✓ mAD = −2
         mBC =
               2                                              ✓ Substitute A(−2 ; 2)
          mAD = −2             AD ⊥ BC                       ✓ Equation
          y − ( 2 ) = −2 ( x − ( −2 ) )
          y = −2 x − 2                                                                          (3)

1.5      tan  = −2                                           ✓ Substitution into correct
          = 180 − 63, 434...                                  formula
          = 116, 57                                         ✓ Answer
                                                                                                (2)

                                                          2

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                                                                  MATHEMATICS
                                          MARKING GUIDELINES
                                                                  (PAPER 2)                  GRADE 11

1.6   F ( 2 ; −10 )                                          ✓ x=2
                                                             ✓ y = –10                            (2)

1.7                                      1                   ✓ mBC = −2
      Equation of BC: y − ( −2 ) =         ( x − 4)
                                         2                   ✓ Substitute B(−4;−6) of C
                             1                                   (4;−2)
                         y = x−4
                             2                               ✓ Equation of BC
      D is a point of intersection between AD and BC         ✓ Simultaneous equation
           1                                                   substitution of y
      y = x − 4 (1)            and     y = −2 x − 2 (2)
           2
      (1) = (2)
      1
        x − 4 = −2 x − 2
      2
      x − 8 = −4 x − 4
      5x = 4
          4
      x = = 0,8
          5
      y = −2 ( 0,8 ) − 2
            18
      y=−       = −3, 6
             5
       D ( 0,8 ; - 3, 6 )                                                                        (4)

                                                             ✓ Length of AD
               ( −2 − ( 0,8) ) + ( 2 − ( −3, 6 ) )
1.8                           2                      2
      AD =
                                                             ✓ Substitution into area of a
                  14 5                                         parallelogram formula
      AD = 39, 2 =
                    5                                        ✓ Answer
      Area ABCE = BC  AD
                        14 5
      Area ABCE = 4 5 
                           5
      Area ABCE = 56 units 2
                                                                                                  (3)
                                                                                                 [20]

                                                         3

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                                                               MATHEMATICS
                                          MARKING GUIDELINES
                                                               (PAPER 2)                   GRADE 11

QUESTION 2

2.1   2.1.1     sin ( −20 )                                      ✓ − sin 20
                = − sin 20                                       ✓ −p
                = −p                                                                           (2)

      2.1.2     sin160                                           ✓ sin 20
                = sin 20                                         ✓ p
                =p                                                                             (2)

      2.1.3     sin 2  + cos 2  = 1
                1 − sin 2 70                                     ✓ cos 2 70
                = cos 2 70                                       ✓ sin 2 20
                = sin 2 20                                       ✓ p2

                = p2
                                             OR
                                                                  ✓ 1 − cos 2 20
                1 − sin 70
                       2

                                                                  ✓ sin 2 20
                = 1 − cos 20
                           2
                                                                  ✓ p2
                = sin 2 20
                = p2

                                             OR
                1 − sin 70
                       2
                                                                  ✓ 1 − cos 2 20
                = 1 − cos 2 20
                                                                      (            )
                                                                                       2
                                                                  ✓       1 − p2
                       ( 1− p )
                                    2
                = 1−            2
                                                                  ✓ p2
                = p2                                                                           (3)

2.2   tan 225 − sin (180 +  ) cos ( + 90 )                   ✓ tan 225 = 1
       sin  .sin(360 +  ) + cos  cos ( − )                   ✓ − sin 
                                                                  ✓ − sin 
          1 − ( − sin  )( − sin  )
      =                                                           ✓ sin  . sin 
        sin  .sin  + cos  .cos                                ✓ cos  . cos 
           1 − sin 2 
      =                                                           ✓ cos2 
        sin 2  + cos 2 
      = cos 2                                                                                 (6)

                                                  4

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                                                                        MATHEMATICS
                                          MARKING GUIDELINES
                                                                        (PAPER 2)               GRADE 11

2.3   2.3.1                                                                 ✓ Isolate sin 
                                                     β                      ✓ Isolate cos 
                                                                            ✓ Explanation
                                                             k              ✓ Diagram

                                                                 (1 ; −5)

                      −5                     1
              sin  =        and    cos  =
                       k                     k
              sin  is negative and
              cos  is postive in quadrant IV

                                            OR

              In quadrant IV, y is negative and x is positive.                                        (4)

      2.3.2            5                                                    ✓ tan  = −5
              tan  = −
                       1
              tan  = −5                                                                              (1)

      2.3.3   x2 + y 2 = r 2                                                ✓ Substitute into
                                                                              Pythagoras
              (1) + ( −5) = k 2
                 2         2

                                                                            ✓ k = 26
              k = 26           k 0                                                                   (2)

2.4   2.4.1                  sin  cos                                     sin 
              LHS = sin 2          +                                     ✓
                             cos  sin                                     cos 
                             sin 2  + cos 2                               cos 
                  = sin 2                                                 ✓
                                                                             sin 
                             sin  .cos  
                                                                            ✓ Add fractions
                       sin  (1)
                     =                                                      ✓ sin 2  + cos2  = 1
                        cos 
                                                                            ✓ conclusion
                     = tan 
                     = RHS                                                                            (5)

      2.4.2   sin 2  ( tan 2  + 1) = 3 tan                               ✓  tan 
                                                                            ✓ Substitute tan 
                                 1 
                                                                            ✓  = 60 + k.180
              sin 2   tan  +       = 3
                               tan  
                                                                            ✓ k Z
               tan  = 3
               = 60 + k .180       ; kk 
                                           Z                                                         (4)
                                                                                                     [29]
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                                                               MATHEMATICS
                                          MARKING GUIDELINES
                                                               (PAPER 2)                    GRADE 11

QUESTION 3

3.1   a = −2                                                      ✓ a = −2
      p = −30                                                    ✓ p = −30                     (2)

3.2   −2  y  2                                                  ✓ Interval
                                       OR                         ✓ Notation
      y   −2 ; 2                                                                              (2)

3.3   b=6                                                         ✓ b=6                          (1)

3.4   3.4.1      −60  x  120                                  ✓ Interval
                                                                  ✓ Notation                     (2)

      3.4.2      −90  x  0 of 90  x  180                  ✓ −90  x  0
                                                                  ✓ 90  x  180               (2)

3.5   g ( 2 x ) = sin ( 2 x − 30 )                               ✓ cos (120 − 2x )
      = cos ( 90 − ( 2 x − 30 ) )                               ✓ t = −120
      = cos (120 − 2 x )
      = cos ( 2 x − 120 )
       t = −120
                                       OR                         OR
      g ( 2 x ) = sin ( 2 x − 30 )                               ✓ sin ( 2 ( x − 15 ) )
      = sin ( 2 ( x − 15 ) )                                     ✓ t = −120
      cos ( 2 x + t ) must be translated 120 to the right
       t = −120                                                                                (2)
                                                                                                [11]

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                                                                             MATHEMATICS
                                              MARKING GUIDELINES
                                                                             (PAPER 2)             GRADE 11

QUESTION 4

4.1   supplementary or (add up to 180°)                                         ✓ Answer                 (1)

4.2
                                       A
                                             1                   B

                                                 O   1
                                                                         E
                                                     5

                                                           25°
                                       1                             C
                                 D

4.2   4.2.1       D̂1 = 25                ' s opp equal radii                 ✓S&R                     (1)

      4.2.2       Ô1 = 50            ext  of ∆                               ✓S✓R                     (2)

      4.2.3       Â1 = 25            ' s in same segments                    ✓S✓R
                                 OR  at centre = 2 × at circumference                                   (2)

      4.2.4       Ê =155                 opp ' s cyclic quad                 ✓S✓R                     (2)
                                                                                                         [8]

QUESTION 5
5.1 AE = 6                    line from centre ⊥ to chord                       ✓S✓R
      r =5 +6
       2      2    2
                              Pythagoras' theorem                               ✓S
                                                                                ✓ Answer in surd
      r = 61
                                                                                  form                   (4)

5.2   OC = r = 61              radii
                                                                                ✓S✓R
      F1 = 90                 line from centre to midpt of chord
      x 2 = 61 − 7 2           Pythagoras' Theorem                              ✓S
      x = 2 3 = 3, 46                                                                                    (3)
                                                                                                         [7]

                                                          7

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                                                                           MATHEMATICS
                                          MARKING GUIDELINES
                                                                           (PAPER 2)     GRADE 11

QUESTION 6

                                                                       A
                                                     E
                                                     2 1
                                                               1
                                  1                        2
                          B                                        D
                              2                            3

                                                                             Q

                                                 2 1
                                             3
                                                 C

                              P

6.1   Â = Ĉ1                    alt ' s , PQ ║ AB                          ✓S✓R
                                                                              ✓S✓R
      B̂2 = Ĉ1                   tan chord theorem

       Â = B̂2                  both equal Ĉ1                                                (4)

6.2   D̂ 3 = B̂1 + Â             ext  of ∆                                  ✓S✓R
      D̂ 3 = B̂1 + B̂ 2           B̂2 = Â                                    ✓S
      D̂1 = B̂1 + B̂2             ext  cyclic quad                           ✓S✓R
       D̂ 3 = D̂1                both equal B̂1 + B̂2

                                        OR

      D̂1 = B̂1 + B̂2             ext  cyclic quad                           ✓S✓R
      Ĉ 3 = B̂1 + B̂ 2           alt ' s , AB ║ PQ                          ✓S&R
       D̂1 = Ĉ 3                both equal B̂1 + B̂2
      en D̂ 3 = Ĉ 3              tan chord theorem                           ✓S✓R
       D̂ 3 = D̂1                both equal Ĉ 3                                               (5)
                                                                                                [9]

                                                           8

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                                                              MATHEMATICS
                                 MARKING GUIDELINES
                                                              (PAPER 2)     GRADE 11

QUESTION 7

                       A
                           1 2

                                        D
                                   3
                                            1
                                    2       y

                                       x
                                        2                           C
                                    3           1
                       1
                           2               E
                   B

       Ĉ = x                    tan chord theorem               ✓ S&R
       Ê 2 + Ê 3 = x + y       ext  of ∆                      ✓ R
                                                                 ✓ S
       Ê 2 = x                  given                           ✓ S&R
       Ê 3 = y                                                 ✓ S
                                                                 ✓S&R
       B̂1 + B̂2 = y             ' s opp equal sides
       B̂1 + B̂2 = D̂1          both equal y
       ABED is a cyclic quad    converse ext  cyclic quad
                         OR      ext  = to opp int                               (6)
                                                                                   [6]

                                                    9

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                                                                      MATHEMATICS
                                           MARKING GUIDELINES
                                                                      (PAPER 2)     GRADE 11

QUESTION 8

                                           B
                                           1 2
                                                                  C

                      E
                           2
                       1
                                                     F

      A                            2
                               1       3
                                   D
                                                              G

8.1   Â = Ĉ                              opp ' s of parm              ✓S&R
      Ê1 = Ĉ                             ext  cyclic quad             ✓S✓R
       Â = Ê1                           both equal Ĉ
                                                                         ✓R
       AD = DE                            sides opp equal ' s
                               OR
      Ê1 = Ĉ                             ext  cyclic quad             ✓S✓R

      D̂ 3 = Ĉ                            alt ' s , BC ║ DG
       Ê1 = D̂ 3                         both equal Ĉ
      Â = D̂ 3
                                                                         ✓S&R
                                           corr ' s , AB ║ DC
                                                                         ✓R
       Â = Ê1                           both equal D̂ 3
      ED = AD                              sides opp equal ' s                            (4)

                                                         10

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                                                       MATHEMATICS
                                MARKING GUIDELINES
                                                       (PAPER 2)        GRADE 11

8.2   Ĝ = Ê1                  ext  cyclic quad         ✓S✓R
      Â = Ê1                  proven in 8.1             ✓S
       Â = Ĝ                 both equal Ê1
                                                          ✓S✓R
       AB = BG                 sides opp equal ' s
      but AB = CD               opp sides of parm         ✓S&R
       BG = CD                 both equal AB
                           OR
      Ĝ = Ĉ                   ' s in same seg          ✓S✓R
      Â = Ĉ                   opp ' s parm             ✓S&R
       Â = Ĝ                 both equal Ĉ
       AB = BG                 sides opp equal ' s      ✓S✓R
      but AB = CD               opp sides of parm         ✓S&R
       BG = CD                 both equal AB
                           OR
      B̂2 = Ĝ                  alt ' s , BC ║ DG        ✓S&R
      B̂ 2 = D̂ 3               ' s in the same seg      ✓S✓R
       Ĝ = D̂ 3               both equal B̂ 2
      and D̂ 3 = Â             corr ' s , AB ║ CD
                                                          ✓S
       Ĝ = Â                 both equal D̂ 3           ✓S&R
       BA = BG                 sides opp equal ' s      ✓S&R
      but BA = DC               opp sides of parm
       BG = CD                                                                (6)
                                                                              [10]

                                                                     TOTAL:   100

                                            11

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