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Gee EEN woord/term vir elk van die volgende stellings deur ‘n woord/term uit die lys hieronder te kies - NSC Civil Technology Civil Services - Question 3 - 2020 - Paper 1

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Gee EEN woord/term vir elk van die volgende stellings deur ‘n woord/term uit die lys hieronder te kies. Skryf slegs die woord/term langs die vraagnommers (3.1.1 tot ... show full transcript

Worked Solution & Example Answer:Gee EEN woord/term vir elk van die volgende stellings deur ‘n woord/term uit die lys hieronder te kies - NSC Civil Technology Civil Services - Question 3 - 2020 - Paper 1

Step 1

3.1.1 Die kant van die uitgrawings is ferm genoeg om die grond te ondersteun.

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Answer

In this case, the correct term is harde grond. This indicates strong, stable soil which can support the structure.

Step 2

3.1.2 Die kant van die uitgrawings kan instaan net deur stutplanke ondersteun word.

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The appropriate term for this situation is matige ferm grond. This is moderately firm ground suitable for some structural support.

Step 3

3.1.3 Die kant van die uitgrawings moet met klamplankborde en stutplanke stabiliseer word.

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For this statement, los en watersadigde grond describes a condition where the ground is not firm and needs significant support.

Step 4

3.1.4 Soiled hout of bekistingbordpaneel moet naby aan mekaar geplaas word sodat modderige grond nie deur die opening kan syt nie.

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The term matige ferm grond can be applied here, indicating the necessity of some stability in the surrounding area.

Step 5

3.1.5 Oranje waarskuwingstekens moet die tie by uitgrawings sigbaar wees.

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This statement refers to WBV (waarskuwing van blootstelling), which highlights the presence of workers around excavations.

Step 6

3.2 Noem TWEE metodes waarvolgens terugvulling van slote gedoen word.

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The two methods of backfilling trenches are:

  1. Kompaktering/Opsluiting en kompakteer - ensuring the refill is compressed to prevent future subsidence.
  2. Hoë-druk spuit/splitting/Vloeibare vuling - the use of mixtures that flow easily around the voids.

Step 7

3.3.1 Identifiseer die tipe verband wat gebruik is om die muur te bou.

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Answer

The wall depicted utilizes an Engelse verband, which is characterized by its staggered bond pattern.

Step 8

3.3.2 Benoem die steen wat deur A aangedui word.

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The stone indicated by A is typically a vrouesluiter which supports the structure in bonding.

Step 9

3.3.3 Gee die widte van steen A in mm.

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Answer

The width of stone A is 55 mm, which is a standard size for bricks used in such construction.

Step 10

3.4 Werkers moet versoek om 'n mangat, wat met rou riool oorloop, skoon te maak.

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Two essential safety and hygiene measures workers should follow are:

  1. Veiligheidsbrille dra. - ensuring eye protection from debris.
  2. Rubber handskoene - to protect against potential pathogens in sewage.

Step 11

3.5.1 Die Wet op Beroepsgesondheid en Veiligheid, 1993 (Wet 85 van 1993) bepaal/verbind/verbied) werkers wat beperkte ruimtes, soos mangate, moet binnegaan.

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The correct term is verbied, indicating that there are restrictions on accessing such tight spaces without proper training and authorization.

Step 12

3.5.2 Net (bevoegde/geleerde) persone moet toegelaat om in ‘n mangat te werk.

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The right word here is bevoegde, meaning only qualified individuals are permitted to enter potentially hazardous situations.

Step 13

3.6 Gebruik ANTWOOORDBLAD 3.6 en voltooi die diensreekening aan ‘n mangat.

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To accurately complete the service calculation for a manhole:

  • Consider the mangatdeksel en -raam, which must be durable and fit securely.
  • Include all necessary components such as pypkanaal and ensure that the structure aligns with safety regulations.

Step 14

3.7.1 Volume van tenk

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The volume calculation for the tank is performed as follows:

  1. Volume = πr²h, where π is approximately 22/7, r = 0.9 m, and h = 0.1 m.

Thus, calculating: V = rac{22}{7} imes (0.9)^2 imes 0.1 = 7.13 m³

Step 15

3.7.2 Volume van water in die tenk

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Answer

Hence, the volume of water in the tank is: extVolume=7.13m3imes1000=7130extliters ext{Volume} = 7.13 m³ imes 1000 = 7130 ext{ liters}

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