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5.1 Name the type of lagging that you would use for the centres when you have to build the following: 5.1.1 Rough arch 5.1.2 Gauged arch 5.2 Draw in your ANSWER BOOK, in good proportion, a centre for a semicircular arch that will be built over a door opening - NSC Civil Technology Woodworking - Question 5 - 2019 - Paper 1

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5.1-Name-the-type-of-lagging-that-you-would-use-for-the-centres-when-you-have-to-build-the-following:--5.1.1-Rough-arch--5.1.2-Gauged-arch--5.2-Draw-in-your-ANSWER-BOOK,-in-good-proportion,-a-centre-for-a-semicircular-arch-that-will-be-built-over-a-door-opening-NSC Civil Technology Woodworking-Question 5-2019-Paper 1.png

5.1 Name the type of lagging that you would use for the centres when you have to build the following: 5.1.1 Rough arch 5.1.2 Gauged arch 5.2 Draw in your ANSWER B... show full transcript

Worked Solution & Example Answer:5.1 Name the type of lagging that you would use for the centres when you have to build the following: 5.1.1 Rough arch 5.1.2 Gauged arch 5.2 Draw in your ANSWER BOOK, in good proportion, a centre for a semicircular arch that will be built over a door opening - NSC Civil Technology Woodworking - Question 5 - 2019 - Paper 1

Step 1

5.1.1 Rough arch

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Answer

The type of lagging suitable for a rough arch is open lagging. This type allows for a greater adjustment during the setting of the arch.

Step 2

5.1.2 Gauged arch

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Answer

For a gauged arch, closed lagging is preferable. This provides a more precise mold that supports the arch's defined curvature.

Step 3

5.2 Draw in your ANSWER BOOK, in good proportion, a centre for a semicircular arch that will be built over a door opening. Label any TWO parts on the drawing.

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Answer

To draw a centre for a semicircular arch, depict a semicircle above a rectangle representing the door. Label the 'RIB' of the arch and the 'TIE BEAM' connecting the ends.

Step 4

5.3 Name the material that can be used for the sides of the formwork for a square column, which saves time because no surface finishing is needed and no absorption of moisture from the concrete takes place.

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Answer

The material suitable for the sides of the formwork is steel. It provides a smooth finish and prevents moisture absorption, reducing the need for additional surface treatment.

Step 5

5.4 What will you apply to the formwork before the casting of concrete to prevent the concrete from clinging to the inside of the formwork when striking takes place?

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Answer

Before casting, releasing oil will be applied to the formwork. This creates a lubricated surface, ensuring easy removal of the formwork after the concrete has set.

Step 6

5.5 Use ANSWER SHEET 5.5 and draw, in good proportion, ONLY the left half of the vertical section of the formwork for the concrete beam.

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Answer

On ANSWER SHEET 5.5, represent the vertical section of the formwork. Include elements such as the 'SHUTTERING BOARD SIDE', 'CLEAT', and 'WEDGE', ensuring correct proportions and clear labeling.

Step 7

5.6 Label A to F.

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Answer

In FIGURE 5.6, label the components as follows:

  • A: Needle/Cleat
  • B: Straining sill
  • C: Inclined strut/Raking strut
  • D: Horizontal shore/Shore
  • E: Folding wedge
  • F: Wall

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