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An annual agricultural agricultural show is held at NAMPO Park in the Free State in May - NSC Mathematical Literacy - Question 1 - 2019 - Paper 2

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An annual agricultural agricultural show is held at NAMPO Park in the Free State in May. Farmers and other interested people visit this show to see the latest develo... show full transcript

Worked Solution & Example Answer:An annual agricultural agricultural show is held at NAMPO Park in the Free State in May - NSC Mathematical Literacy - Question 1 - 2019 - Paper 2

Step 1

1.1.1 Name the TWO towns closest to NAMPO Park.

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Answer

The two towns closest to NAMPO Park are:

  1. Bothaville
  2. Viljoenskroon

Step 2

1.1.2 Give the TWO general compass directions that a visitor must use to travel by car from OR Tambo Airport, via Klerksdorp, to reach NAMPO Park.

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The two general compass directions are:

  1. South West
  2. South

Step 3

1.1.3 Determine, with calculations, the route the organisers used to indicate the distance from Bloemfontein to NAMPO Park.

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To calculate the distance from Bloemfontein to NAMPO Park:

  1. Calculate distance via Welkom:

    • Bloemfontein to Welkom = 152 km
    • Welkom to Bultfontein = 120 km
    • Therefore, total distance = 152 km + 120 km = 272 km
  2. Alternatively, calculate distance via Bultfontein:

    • Bloemfontein to Bultfontein = 100 km
    • Bultfontein to NAMPO Park = 220 km
    • Therefore, total distance = 100 km + 220 km = 320 km
  3. Thus, the distance can be calculated using either route.

Step 4

1.1.4 Verify, with calculations, whether his timing is correct.

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Answer

To verify Alfred's timing:

  1. Calculate the distance traveled from NAMPO Park to Sasolburg:

    • Distance = Speed × Time
    • Let time be t in hours, then Distance = 88 km/h × t
    • With arrival at 8 pm and leaving at 6:45 pm = 1.25 hours.
  2. Calculate the distance:

    • Distance = 88 km/h × 1.25 h = 110 km
  3. Hence, since the distance to Sasolburg is 110 km, Alfred's calculated arrival time is indeed correct.

Step 5

1.2.1 Calculate, in cm³, the volume of concrete used to make this trough if the trough can hold a maximum of 485 € of water.

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Answer

To calculate the volume of concrete:

  1. 1 € = 1,000 cm³ so 485 € = 485,000 cm³

  2. Using the formula for volume of a rectangular prism:

    • Volume = Length × Width × Height
    • Convert dimensions: Length = 300 cm, Width = 68.5 cm, Height = 4 cm
    • Volume = 300 cm × 68.5 cm × 4 cm = 82,200 cm³
  3. The concrete volume = 82,200 cm³ - 485,000 cm³.

Step 6

1.2.2 Verify, with calculations, whether this statement is CORRECT.

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Answer

To verify the statement:

  1. Daily water consumption for 8 cows = 8 × 56 cm³ = 448 cm³
  2. The volume of a full trough is 485,000 cm³.

Thus, the statement is correct as 448 cm³ is less than the total capacity.

Step 7

1.2.3 Determine how long, to the nearest minute, it will take to fill a half-empty trough.

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Answer

For calculating the time to fill a half-empty trough:

  1. Half-empty volume = 485,000 cm³ / 2 = 242,500 cm³.
  2. Flow rate = 14.5 cm³/min.
  3. Time required = Volume / Flow rate = 242,500 cm³ / 14.5 cm³/min = 16,724.14 minutes.
  4. Rounded to the nearest minute, it is approximately 16,724 minutes.

Step 8

1.3.1 Determine the approximate distance from stand 14 to the nearest rolling door.

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Answer

To approximate distance:

  1. Measure distance from stand 14 to the rolling door on map, exact value may vary based on the map scale.

Step 9

1.3.2 Measure the distance from the beginning of stand 10 to the end of stand 17 and find the scale.

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Answer

To find the scale:

  1. Measure the distance on the map.
  2. Compare to real-life distance to establish scale based on measurements.

Step 10

1.3.3 Verify, showing all calculations, whether this statement is valid.

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Answer

To verify Cyril's statement:

  1. Calculate the cost per square meter, and compare the current payment of R25,000 for the stand with the stated rate of R22,942.

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