# Geography Grade 12 Paper 2 NSC June 2016 Memo (English)

> Grade 12 Geography Paper 2 memorandum from the NSC June Exam 2016 (English), 15 pages. Read online or download the free PDF.

- Page: https://www.hlayiso.com/library/geography-p2-may-june-2016-memo-eng/dc2304c3-4a58-4dd2-95bb-fc14a5e9bac6
- Updated: 2026-09-27
- Subject: Geography
- Grade: Grade 12
- Document type: Memorandum
- Year: 2016
- Exam period: NSC June Exam
- Paper: 2
- Curriculum: CAPS
- Pages: 15

Breadcrumbs: [Home](https://www.hlayiso.com/) › [Library](https://www.hlayiso.com/library) › [Grade 12](https://www.hlayiso.com/library/grade-12) › [Geography](https://www.hlayiso.com/library/grade-12/geography) › [Geography Grade 12 Paper 2 NSC June 2016 Memo (English)](https://www.hlayiso.com/library/geography-p2-may-june-2016-memo-eng/dc2304c3-4a58-4dd2-95bb-fc14a5e9bac6)

## About this document

Geography · Grade 12 · NSC June Exam · 2016. Memorandum, 15 pages. Read online or download the PDF.

Read it free online on the page above; download the PDF from there.

## Document text

Text extracted from the PDF. Layout, diagrams and tables may not survive extraction.

### Page 1

Downloaded from hlayiso.com

                     SENIOR CERTIFICATE EXAMINATIONS

                                  GEOGRAPHY P2

                                         2016

                                   MEMORANDUM

                                                                MARKS: 75

                       This memorandum consists of 15 pages.

Copyright reserved                                             Please turn over

### Page 2

Downloaded from hlayiso.com
Geography/P2                                 2                                  DBE/2016
                                     SCE - Memorandum

RESOURCE MATERIAL

1.        An extract from topographical map 2525DC MAFIKENG

2.        Orthophoto map 2525 DC 13 MAFIKENG

3.        NOTE: The resource material must be collected by schools for their own use.

INSTRUCTIONS AND INFORMATION

1.        Write your EXAMINATION NUMBER and CENTRE NUMBER in the spaces
          on the cover page.

2.        Answer ALL the questions in the spaces provided in this question paper.

3.        You are provided with a 1 : 50 000 topographical map (2525DC MAFIKENG)
          and an orthophoto map (2525 DC 13 MAFIKENG) of a part of the mapped
          area.

4.        You must hand the topographical map and the orthophoto map to the
          invigilator at the end of this examination session.

5.        You may use the blank page at the back of this question paper for all rough
          work and calculations. Do NOT detach this page from the question paper.

6.        Show ALL calculations and formulae, where applicable. Marks will be
          allocated for these.

7.        Indicate the correct unit of measurement in the final answer of calculations.
          No marks will be allocated for answers with incorrect units.

8.        You may use a non-programmable calculator.

9.        The area demarcated in RED on the topographical map represents the area
          covered by the orthophoto map.

10.       The following English terms and their Afrikaans translations are shown on the
          topographical map:

          ENGLISH                           AFRIKAANS
          Diggings                          Uitgrawings
          Furrow                            Voor
          Gold Mine                         Goudmyn
          Golf Course                       Gholfbaan
          Landing Strip                     Landingstrook
          River                             Rivier
          Sewage Works                      Rioolwerke
          Waterworks                        Waterwerke

Copyright reserved

### Page 3

Downloaded from hlayiso.com
Geography/P2                               3                                      DBE/2016
                                   SCE - Memorandum

                      GENERAL INFORMATION ON MAFIKENG

Mafikeng, now known as Mahikeng, is the capital city of the province of North West in
South Africa. In 2001 it had a population of 49 300. In 2007 Mafikeng was reported to
have had a population of 250 000. The town is built on open veld at an elevation of
approximately 1 500 m on the banks of the Upper Molopo River. The Madibi Goldfields
are approximately 15 km south of the town. Mafikeng also briefly served as the capital
city of Bophuthatswana in the 1970s. The temperature averages 18,5 °C. Mafikeng
has an average annual rainfall of 559 mm.

                                                                [Source: Examiner's map]

Copyright reserved                                                          Please turn over

### Page 4

Downloaded from hlayiso.com
Geography/P2                                   4                                     DBE/2016
                                       SCE - Memorandum

       QUESTION 1: MULTIPLE-CHOICE QUESTIONS

The questions below are based on the 1 : 50 000 topographical map
2525DC MAFIKENG, as well as the orthophoto map of a part of the mapped area.
Various options are provided as possible answers to the following questions. Choose
the answer and write only the letter (A–D) in the block next to each question.

1.1     During the apartheid era Mafikeng was part of the … homeland.

        A       Ciskei
        B       Bophuthatswana
        C       Transkei
        D       Venda                                                                          B
1.2     The map index/reference of the topographical map to the south-west of
        Mafikeng is …

        A       2525CD
        B       2625BB.
        C       2625AB.
        D       2625BA.                                                                
                                                                                                C
1.3     The direction of 1 from 2 on the orthophoto map is …

        A       north-east.
        B       south-west.
        C       south-east.
        D       north-west.                                                            
                                                                                                D
1.4     The true bearing of spot height 1306 (K) in block G9 from trigonometrical
        station 101 (L) in block H9 is …

        A       201°.
        B       207°.
        C
        D
                21°.
                27°.                                                                   
                                                                                                C

1.5     The diggings (O) in block J10 indicates that this is a/an …

        A       archaeological site.
        B       agricultural area.
        C
        D
                construction site.
                mining area.                                                           
                                                                                                D

1.6     The grid reference/coordinates/position of the excavation in block A6 is …

        A       25°46'30''S 25°37'06''E/25°46,5'S 28°37,1'E.
        B       25°37'06''S 25°46'30''E/28°37,1'S 25°46,5'E.
        C
        D
                25°46'48''S 25°37'30''E/25°46,8'S 28°37,5'E.
                25°37'30''S 25°46'48''E/28°37,5'S 25°46,8'E.                           
                                                                                                A

Copyright reserved                                                           Please turn over

### Page 5

Downloaded from hlayiso.com
Geography/P2                                    5                                    DBE/2016
                                        SCE - Memorandum

1.7     The general street pattern of the urban area in block F7 is …

        A       radial.
        B       planned irregular.
        C       unplanned irregular.
        D       a gridiron.                                                             
                                                                                                  D
1.8     Features are larger on the orthophoto map than on the topographical map
        because the orthophoto map …

        A       is bigger.
        B       has a smaller scale.
        C       covers a larger area.
        D       has a larger scale.                                                     
                                                                                                  D
1.9     The actual distance between (P) in block I1 and (Q) in block H4 is …

        A       10 km.
        B       5 km.
        C       12 km.
        D       7 km.                                                                   
                                                                                                  B
1.10    The general direction of the flow of the river in block F2 is …

        A       north-west.
        B       south-west.
        C       north-east.
        D       south-east.                                                             
                                                                                                  B
1.11    Feature 3 on the orthophoto map is a/an …

        A       main road.
        B       other road.
        C       canal.
        D       railway line.                                                           
                                                                                                  D
1.12    Land-use zone 4 on the orthophoto map is a …

        A       residential area.
        B       heavy industrial area.
        C       light industrial area.
        D       central business district.                                              
                                                                                                  A

1.13    The feature found at 5 on the orthophoto map is …

        A       a water purification system.
        B       a man-made lake.
        C       a water storage facility.
        D       sewage works.                                                           
                                                                                                  D

Copyright reserved                                                             Please turn over

### Page 6

Downloaded from hlayiso.com
Geography/P2                               6                 DBE/2016
                                   SCE - Memorandum

1.14    The stream order at N in block J2 is …

        A       2.
        B       3.
        C       1.
        D       4.                                              
                                                                           A
1.15    The primary activity in the mapped area is …

        A      mining.
        B      forestry.
        C      crop farming.
        D      fishing.                                                  A/C
                                                         (15 x 1)    [15]

Copyright reserved                                     Please turn over

### Page 7

Downloaded from hlayiso.com
Geography/P2                                  7                                      DBE/2016
                                      SCE - Memorandum

QUESTION 2: MAP CALCULATIONS AND TECHNIQUES

2.1       Refer to the magnetic declination indicated on the topographical map.

          2.1.1      Calculate the magnetic declination of 2525DC Mafikeng for the
                     present year. Indicate the unit of measurement in your final answer.
                     Show ALL calculations. Marks will be awarded for calculations.

                     Difference in years:   = 2016–1997
                                            = 19 (years) 

                     Mean annual change: = 1'(W) 

                     Total change:          = 19 x 1'W
                                            = 19'(W) 

                     Magnetic declination for 2016: = 16o9'W + 19'W
                                                    = 16o28'W                     (5 x 1)        (5)

          2.1.2      State the importance of calculating the magnetic declination for the
                     present year.

                     By correcting the magnetic declination it will allow you to get the
                     correct direction when using a map in the field. 
                     By correcting the magnetic declination it will allow you to calculate
                     the correct magnetic bearing. 
                     You will be able to get the correct direction when using a magnetic
                     compass as you will have the correct magnetic declination. 
                     Prevent getting lost 
                     Determine True North 
                     Orientate the map 
                     Magnetic declination changes constantly 
                     [Any ONE]                                                     (1 x 1)        (1)

2.2       Refer to the area demarcated in RED on the topographical map, which
          represents the area covered by the orthophoto map. Use the demarcated
          area to calculate the surface area of the orthophoto map in km². Indicate the
          unit of measurement in your final answer. Show ALL calculations. Marks will
          be awarded for calculations.

          Formula: area = length (L) x breadth (B)

          Length = 10.1 (cm)  x 0.5 = 5 km           Range of cm:9.9 cm to 10.2 cm
                                                      Range: 4.95 km to 5o10 km
          Breadth = 9.3 (cm)  x 0.5 = 4.65 km        Range of cm:9.1 cm to 9.4 cm
                                                      Range: 4.55 km to 4.7 km
          Area      = 5.05 km  x 4.65 km 
                    = 23.25 km²                     Range: 22.50 km² to 23.97 km²
          [Accept other formulas to calculate length and breadth. If the unit is not given
          in the final answer, NO marks will be awarded for the final answer.]     (5 x 1)        (5)

Copyright reserved                                                             Please turn over

### Page 8

Downloaded from hlayiso.com
Geography/P2                                    8                                            DBE/2016
                                        SCE - Memorandum

2.3       Refer to spot height 1306 (K) in block G9 and trigonometrical station 101 (L)
          in block H9 on the topographical map.

          2.3.1      Calculate the average gradient between spot height 1306 (K) and
                     trigonometrical station 101 (L). Show ALL calculations. Marks will be
                     awarded for calculations.

                     Formula: gradient =        vertical interval (VI)
                                              horizontal equivalent (HE)

                     VI = 1 308.6 m – 1 306 m = 2.6 (m) 
                     HE = 3.8 cm x 500 m = 1 900 (m)  RANGE (3.7 cm to 3.9 cm)
                     Range: 1 850 m to 1 950 m
                     Gradient = 2.6
                               1 900  (Accurate substitution of calculated values into formula)
                                                     2.6
                               =     1               2.6__
                                                   1 900
                                   730.77
                                                     2.6
                              = 1 : 730.77 
                     [Range: 1 : 711.54 to 1 : 750]                                        (5 x 1)        (5)

          2.3.2      Is the average gradient between spot height 1306 and
                     trigonometrical station 101 calculated in QUESTION 2.3.1 a true
                     reflection of the gradient in reality? Give a reason for your answer.

                     Yes/True 
                     The average gradient is very gentle/flat and on the topographical
                     map there are no contour lines between spot height 1306 and
                     trigonometrical station 101. 
                     [Concept]                                                 (1 + 1)                    (2)

          2.3.3      Is spot height 1306 visible from trigonometrical station 101? Give a
                     reason for your answer.

                     Yes/It is visible. 
                     There are no obstructions (hills/mountains/high lying areas) between
                     spot height 1306 and trigonometrical station 101. 
                     [If No, must be qualified]                                    (1 + 1)                (2)
                                                                                                          [20]

Copyright reserved                                                                     Please turn over

### Page 9

Downloaded from hlayiso.com
Geography/P2                                   9                                         DBE/2016
                                       SCE - Memorandum

QUESTION 3: APPLICATION AND INTERPRETATION

3.1       Refer to the table below, the information on Mafikeng (on page 3) and the
          topographical map to answer the questions that follow.

                          Average monthly precipitation (mm) for Mafikeng

        Jan.      Feb.   Mar.   Apr.    May    Jun.   Jul.   Aug.    Sep.   Oct.     Nov.    Dec.
        114        81     68     49      21     4      1      5       10     52       72      82

          3.1.1      Name the season that experiences the lowest precipitation.

                     Winter                                                           (1 x 1)        (1)

          3.1.2      Name the high-pressure cell that is responsible for the low
                     precipitation in the season named in QUESTION 3.1.1.

                     Kalahari High Pressure cell (Anticyclone)
                     Continental High Pressure cell (Anticyclone)                     (1 x 1)        (1)

          3.1.3      Explain why the high-pressure cell in the answer to QUESTION 3.1.2
                     causes a low precipitation.

                     Well-formed during winter and the subsiding air pushes the inversion
                     layer below the level of the escarpment, limiting moisture from
                     reaching the plateau.  
                     The stronger/dominant subsiding air during winter results in stable
                     air conditions.  
                     [Any ONE]                                                     (1 x 2)            (2)

          3.1.4      State TWO ways, visible on the topographical map, in which farmers
                     around Mafikeng have prepared for drought conditions often
                     experienced in South Africa.

                     Built storage dams 
                     Built reservoirs 
                     Wind pumps 
                     Water towers 
                     Water points 
                     Furrows 
                     Canals 
                     Water Tanks 
                     (Accept names of dams)
                     [Any TWO – Answer must be visible on the topographical map] (2 x 1)              (2)

Copyright reserved                                                                 Please turn over

### Page 10

Downloaded from hlayiso.com
Geography/P2                                 10                                      DBE/2016
                                      SCE - Memorandum

3.2       The post-apartheid industrial development committee is considering
          developing Mafikeng. Refer to the topographical map and the orthophoto
          map and discuss TWO favourable factors that they should consider.

          It has a good transport network linking it to other areas, e.g. national roads/
          railway lines/airport. 
          The large labour force. 
          There is sufficient space for development. 
          The whole area has flat land. 
          Availability of raw materials, e.g. crops 
          Availability of minerals e.g. diamonds/gold. 
          Available water supply facilities in times of water shortage. 
          Existing industrial infrastructure. 
          Basic services needed for industries already in place. 
          The presence of the university will provide a skilled labour force. 
          [Any TWO]                                                                (2 x 2)        (4)

3.3       Compare block F6 on the topographical map with the same area on the
          orthophoto map and state ONE way in which the democratic government has
          provided the poorer communities with basic needs.

          Housing has been provided in the area. 
          Roads have been provided in the area. 
          [Any ONE]                                                                 (1 x 2)       (2)

3.4       3.4.1      State ONE advantage and ONE disadvantage of the Upper Molopo
                     River flowing through the town of Mafikeng.

                     Advantage:
                     The Molopo River provides water to the Mafikeng area. 
                     Candidates can give examples, e.g. water for domestic use. 
                     It has a cooling effect on Mafikeng. 
                     It creates recreational spaces in the town. 

                     Disadvantage:
                     The Molopo River could cause flooding to the Mafikeng area. 
                     Candidates can give examples, e.g. flooding could damage
                     infrastructure. 
                     Drop in temperature. 
                     River can be polluted by residents/town effluent. 
                     Waterborne diseases e.g. cholera. 
                     [Any ONE advantage and disadvantage]                         (2 x 1)         (2)

Copyright reserved                                                             Please turn over

### Page 11

Downloaded from hlayiso.com
Geography/P2                                   11                                          DBE/2016
                                        SCE - Memorandum

          3.4.2      Explain TWO ways in which the Mafikeng municipality can limit the
                     effects of the disadvantage in your answer to QUESTION 3.4.1.

                     Flooding
                     Build levees on the banks of the river to increase the carrying
                     capacity of the river 
                     Re-channel water before it reaches the town so that less water
                     reaches the town 
                     Conserve and maintain catchment areas in the upper regions which
                     will retain water, therefore slowing the flow of water to the town 
                     Build storage dams on the river upstream of the town so that less
                     water reaches the town 
                     Build weirs to slow down and drain off the water 
                     Lining the river bed and banks with cement (canalising) to reduce
                     friction and increase the flow of the water 
                     Protect natural vegetation on the river banks 
                     Create a buffer zone where no construction of buildings may take
                     place on either side of the river 
                     Awareness of flood control measures 
                     Pollution
                     Buffering to prevent inhabitants getting close to rivers to pollute it. 
                     Legislation and fines for culprits. 
                     Community awareness. 
                     Diseases
                     Vaccinations/Inoculations to reduce the impact of waterborne
                     diseases. 
                     [The response must be linked to a disadvantage identified in
                     QUESTION 3.4.1].
                     [Any TWO]                                                           (2 x 2)        (4)

3.5       Refer to the industrial area in blocks E6 and E7.

          3.5.1      Is this a heavy industrial area or a light industrial area?

                     Heavy industrial area 
                     OR
                     Light industrial area                                              (1 x 1)        (1)

Copyright reserved                                                                   Please turn over

### Page 12

Downloaded from hlayiso.com
Geography/P2                                   12                                               DBE/2016
                                        SCE - Memorandum

          3.5.2      Discuss TWO factors that influenced the location of this industrial
                     area.

                      Heavy                                  Light
                      There is a good transport              There is a good transport
                      network (national roads and            network          (roads)        for
                      railway      lines)    for    bulk     transportation of good to local
                      transportation.                      markets.
                      Availability of open space for the     Availability of open space for the
                      expansion of the industrial area.      expansion of the industrial area.
                                                                                          
                      It is built on flat land.            It is close to the local market.
                      Canals supply water to the                                            
                      industrial area.                 It is close to a skilled labour
                      It is close to the market.       force. 
                                                         Availability of raw materials
                      It is close to a large labour force.
                                                     needed to produce products. 
                      Availability of raw materials e.g. Close enough to town/CBD to
                      crops and minerals.              transport perishable products.
                      Outskirts of the town/Away from                                 
                      built-up area/CBD. 
                     [Any TWO]                                                      (2 x 2)                (4)

3.6       State ONE difference between the settlement pattern at M in block B4 and the
          settlement pattern at R in block D2.

          M: Nucleated/Clustered 

          R: Isolated/Dispersed 

               [Candidates may describe the pattern.]                                     (2 x 1)          (2)
                                                                                                           [25]

Copyright reserved                                                                     Please turn over

### Page 13

Downloaded from hlayiso.com
Geography/P2                                    13                                     DBE/2016
                                         SCE - Memorandum

QUESTION 4: GEOGRAPHICAL INFORMATION SYSTEMS (GIS)

4.1       Refer to the topographical map and the orthophoto map of Mafikeng.

          4.1.1      Which one, the topographical map or the orthophoto map, is made
                     up of:

                     Pixels/Grid cells: Orthophoto map 

                     Point, line and polygon symbols: Topographic map               (2 x 1)        (2)

          4.1.2      State TWO ways in which a high resolution will be of greater
                     assistance when examining features.

                     The images will have more clarity. 
                     The images will be sharper. 
                     You will be able to see the features in more detail. 
                     The shadows created by features will allow you to estimate their
                     height. 
                     The shadows created by features will allow you to estimate the time
                     the photograph was taken. 
                     [Any TWO]                                                    (2 x 1)           (2)

4.2       Refer to the golf course in block C7.

          4.2.1      Explain the term data layer.

                     It is a layer of information. 
                     [Concept]                                                      (1 x 1)         (1)

          4.2.2      Name TWO data layers that influenced the location of the golf course.

                     Drainage/Perennial water 
                     Topography/Relief/Flat land 
                     Geology/Underground rock structures 
                     Type of soil/Ground structure/Water holding capacity of soil 
                     Infrastructure/N 18 allows access 
                     Land-use/Close to high income residential area/Close to hotel/In rural-
                     urban fringe 
                     [Any TWO – Candidates can give relevant examples of data layers
                     found on the map.]                                              (2 x 2)        (4)

4.3       Spatial data and attribute data are used when examining features on a map.

          4.3.1      Differentiate between spatial data and attribute data.

                     Spatial data describes the shape and position of geographical
                     features, whereas attribute data is information that describes the
                     spatial objects or features.
                     [Concept]                                                     (2 x 2)          (4)

Copyright reserved                                                               Please turn over

### Page 14

Downloaded from hlayiso.com
Geography/P2                                 14                                      DBE/2016
                                      SCE - Memorandum

          4.3.2      State TWO attributes of the stream (N) in block J2 on the
                     topographical map.

                     It is a non-perennial stream.
                     There are dams situated along the stream. 
                     The stream's general direction of flow            is   north    east/
                     east-north-east. 
                     The stream has one tributary.
                     The stream has a dendritic pattern. 
                     It is a second-order stream. 
                     Flows over a flat/gentle gradient/floodplain. 
                     The river is named. 
                     [Any ONE]                                                      (2 x 1)      (2)
                                                                                                 [15]

                                                                                TOTAL:           75

Copyright reserved                                                            Please turn over

### Page 15

Downloaded from hlayiso.com
Geography/P2                                   15                                            DBE/2016
                                        SCE - Memorandum

AMMENDMENT FOR GAUTENG

2.2       Refer to the area demarcated in RED on the topographical map, which
          represents the area covered by the orthophoto map. Use the demarcated
          area to calculate the surface area of the orthophoto map in km². Indicate the
          unit of measurement in your final answer. Show ALL calculations. Marks will
          be awarded for calculations.

          Formula: area = length (L) x breadth (B)

          Length = 9.6 (cm)  x 0.5 = 4.8 km               Range: (9.4 cm to 9.7 cm)
                                                                 4.7 km to 4.85 km
          Breadth = 8.9 (cm)  x 0.5 = 4.45 km             Range: (8.7 cm to 9 cm)
                                                                 4.35 km to 4.5 km
          Area      = 4.8 km  x 4.45 km 
                    = 21.36 km²                     Range: 20.45 km² to 21.83 km²
          [Accept other formulas to calculate length and breadth. If the unit is not given
          in the final answer, NO marks will be awarded for the final answer.]     (5 x 1)                (5)

2.3       Refer to spot height 1306 (K) in block G9 and trigonometrical station 101 (L)
          in block H9 on the topographical map.

          2.3.1      Calculate the average gradient between spot height 1306 (K) and
                     trigonometrical station 101 (L). Show ALL calculations. Marks will be
                     awarded for calculations.

                     Formula: gradient =        vertical interval (VI)
                                              horizontal equivalent (HE)

                     VI = 1 308.6 m – 1 306 m = 2.6 (m) 
                     HE = 3.6 cm x 500 m = 1 800 (m)  Range (3.5 cm to 3.7 cm)
                                                                          1 750 m to 1 850 m
                     Gradient = 2.6
                                      (Accurate substitution of calculated values into formula)
                               1 800
                                                   2.6
                               =     1             2.6__
                                                 1 800
                                   692.3
                                                   2.6

                             = 1 : 692.3 
                     Range: 1 : 673 to 1 : 711.5                                           (5 x 1)        (5)

Copyright reserved                                                                     Please turn over

## Related documents

- [Geography P2 May June 2016 Memo Afr](https://www.hlayiso.com/library/geography-p2-may-june-2016-memo-afr/866f91a0-47f5-439b-b3e9-9f6d8f44bef4) — Geography · Memo · 2016 · Afr
- [Geography P2 May June 2016 Eng](https://www.hlayiso.com/library/geography-p2-may-june-2016-eng/12d84d31-ef22-4d22-85e7-1d8b126a7518) — Geography · QP · 2016 · Eng
- [GEOGRAFIE P2 GR12 MEMO SEPT2016 Afr](https://www.hlayiso.com/library/geografie-p2-gr12-memo-sept2016-afr/b537ad57-18aa-4f62-a562-8a94b1629ddf) — Geography · Memo · 2016 · Afr
- [Geography P2 Nov 2016 Memo Eng](https://www.hlayiso.com/library/geography-p2-nov-2016-memo-eng/9dde3cb5-b83e-497e-bc62-612e245f442a) — Geography · Memo · 2016 · Eng
- [Geography P2 Feb March 2016 Memo Afr](https://www.hlayiso.com/library/geography-p2-feb-march-2016-memo-afr/1177f0e2-a15f-4668-be49-6391149820fb) — Geography · Memo · 2016 · Afr
- [Geography P2 May June 2017 Memo Afr](https://www.hlayiso.com/library/geography-p2-may-june-2017-memo-afr/72436cd8-d57e-4f4f-9f26-1dc7cd2ce326) — Geography · Memo · 2017 · Afr

## More from Grade 12 Geography

- [Geography P1 (Afrikaans) June 2025 Question Paper](https://www.hlayiso.com/library/geography-p1-afrikaans-june-2025-question-paper/a52dca5e-efc4-4060-84c3-24f7269a2a79) — QP · 2025 · Afr
- [Geography P2 (English) June 2025 Question Paper](https://www.hlayiso.com/library/geography-p2-english-june-2025-question-paper/ba0a3969-240a-4bba-bdb6-7d02a7f80205) — QP · 2025 · Eng
- [Geography Grade 12 NSC P1 QP September 2025 KZN](https://www.hlayiso.com/library/geography-grade-12-nsc-p1-qp-september-2025-kzn/b87141de-a060-4504-8e9a-a5a35821df42) — QP · 2025
- [Geography Grade 12 NSC P2 QP September 2025 KZN](https://www.hlayiso.com/library/geography-grade-12-nsc-p2-qp-september-2025-kzn/50385845-0827-427a-b5e1-25ab349d4e0f) — QP · 2025
- [Geography P1 May-June 2025 Eng](https://www.hlayiso.com/library/geography-p1-may-june-2025-eng/bbabb3ad-00bf-45d9-aa3b-76a0d89ca2b6) — QP · 2025 · Eng
- [Gr 12 Geography P2 (Afrikaans) 2024 Possible Answers](https://www.hlayiso.com/library/gr-12-geography-p2-afrikaans-2024-possible-answers/e19dd834-ffaf-4fe6-a8a4-9ee8f8597c29) — Memo · 2024 · Afr

## Collection

- [Grade 12 past papers](https://www.hlayiso.com/grade-12/past-papers)

---

Hlayiso: free CAPS and IEB past papers, memos, notes and study guides for South African learners. When citing, link the page URL above, not a PDF or /api/ URL.
