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1.1
1.2
1.3
1.4
1.5
1.6
1.7
1.8
1.9The landform at line on the orthophoto map is spur. valley. ridge. gap.
1.10
1.11
1.12
1.13Refer to the surrounding area at 15 on the orthophoto map. The vertical aerial photograph used to produce the orthophoto map, was taken between 12:00 14:00.
1.14The settlement pattern at in block circular. linear lustered ispersed
1.15
Q2โ Section header โ
2.1efer to blocks D3 and
2.1.1Calculate the vertical interval (VI\ between and spot height 1 395 in metres. Show ALL calculations. Marks will be awarded for calculations. = 1 500 m 1 395 m = 105 m (1 x 1\ (1\
2.1.2Calculate the horizontal equivalent (HE\ between and spot height 1 395 in metres. Sho w ALL calculations. Marks will be awarded for calculations. HE =
1.5cm x 500 [range for measurement 1.4 cm to 1.6 cm] = 750 Range [700 to 800 m]
2.1.3Using the informati on in QUESTIONS 2.1.1 and 2.1.2, calculate the average gradient between and spot height 1 395. Show ALL calculations. Marks will be awarded for calculations. Formula: (HE\ equivalent
7.14/ 1 : 7.1 4/1 in 7.14 Range [1 : 6 1 : 7 x 1\
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2.2Refer to the line to on the orthophoto map.
2.2.1Use the marked off points b elow the horizontal axis of the cross section to complete the cross section between and above. Some heights have been included to assist you.
2.2.2ndicate the position of the Pelgrimsrus farmstead on the completed cross
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2.2.3Calculate the vertical exaggeration of the cross section drawn in
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2.3Refer to the orthophoto map and the topographic map.
2.3.1The magnetic declination of the orthophoto map for 1980 is rue orth. Is the magnetic declinatio n of the orthophoto map bigger or smaller than the magnetic declination indicated on the topographical map?
2.3.2Give a rea son for the difference in the magnetic declination between the topographical map and orthophoto map. The orthophoto map is older (1980\ than the topographic map (2006\ The topographic map (2006\ is newer than the orthophoto map
2.3.3Why is it important for a hiker to correct the magnetic declination? The hiker won t get lost /If not corrected hiker will get lost The hiker will get to his destination /If not corrected hiker will not reach
Q3โ Section header โ
3.1Refer to block and .1.1 Name the drainage pattern in this area. Trellis (1 x 1\ (1\
3.1.2Refer to the topographic map and explain why the drainage pattern named in QUESTION
3.1.1
3.1.3Is the drainage density of this area high or low? Give ONE reason for your answer. Drainage density: Low Reason Very few streams in the area Non perennial streams
3.2Refer to the farmstead at in block
3.2.1Is the farmstead at a wet point or a dry point settlement? Give a reason for your answer. Answer: Dry point settlement Reason:
3.2.2Name and explain ONE man made fa ctor that influenced the choice of site for the farmstead. Hum made factor Transport/road/secondary road Explanation
3.3Refer to blocks G9 and G10, which the rural urban fringe of Parys.
3.3.1Name ONE activity/service in block G9 and/or block G10 that is found in the rural urban fringe.
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Q3โ Section header โ
3.4Although West End ( \, block , is situated close to the CBD, it experiences much lower average temperatures than expected.
3.4.1Give and explain ONE ason for the statement above. Reason: More egetation /greenbelt Explanation: Vegetation absorbs carbon dioxide and reduces
3.4.2Describe ONE climatologi cal disadvantag e for people living in West End West End could get very cold /frost pocket especially during winter reducing human comfort conditions katabatic winds that lowers
3.6Parys is a popular holiday resort.
3.6.1Give ONE reason why Parys became a popular holiday destination. It is built on th Vredefort Crater which is the largest verified impact crater on Earth The Vredefort Dome is a World Heritage Site
3.6.2Explain the positive impact of Parys as a popular holiday destination on the local economy. It will improve the local economy as there will be more investment reating more job opportunities /less unemployment
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4.1Parys is located in the Vredefort Crater. Geologists are conducting research and col lecting data on an on going basis.
4.1.1Is the data that is collected considered to be primary or secondary data? Primary data 1 x 1
4.1.2Give a reason for your
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4.1.3Explain how remote sensing can further assist the geologists with their research. ives an overview of the entire study area llows geologists to check and verify changes over time
4.2Buffering plays an important role in protecting settlement s from being flooded.
4.2Define the term buffering It is the demarcati boundary/ delineation/spatial distance of an area around a feature [Concept] (1 x 1\
4.2.2There is evidence of buffering taking place betwe en the Vaal River and Parys in blocks G7 Give a reason
4.2.3Explain why buffering takes place between the Vaal River and Parys in blocks G7 and The area is u sed for recreation /golf course/caravan park Located close to the river for aesthetic appeal
4.3Refer to the rough sketch below, an exaggerated version of block (The examiner's sketch of block is not dr awn to scale\. Reference Orchards and vineyards Cultivated lands
4.3.1NO data standardisation is taking place in the sketch. Give a reason to substantiate (support\ this statement. Different symbols are used to show the same activity /feature/land use
4.3.2Standardise the data on the sketch below using the acceptable, standardised conventional signs (map symbols\ for a 1 50 00 topographic map. (2 x 1\ (2\ TOTAL: