Option A: equal to the size of a fully burnt brick
Option B: smaller than the size of a fully burnt brick
Option C: greater than the size of a fully burnt brick
Option D: none of the above
Correct Answer: greater than the size of a fully burnt brick ✔
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Option A: kneading
Option B: moulding
Option C: pugging
Option D: drying
Correct Answer: kneading ✔
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Option A: alumina
Option B: silica
Option C: iron
Option D: magnesia
Correct Answer: silica ✔
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Option A: cracking and warping of bricks
Option B: loss of cohesion
Option C: enhancing the impermeability of bricks
Option D: none of the above
Correct Answer: loss of cohesion ✔
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Option A: 190 mm x 90mmx 80 mm
Option B: 190 mm x 190 mm x 90 mm
Option C: 200 mm x 100 mm x 100 mm
Option D: 200 mm x 200 mm x 100 mm
Correct Answer: 200 mm x 100 mm x 100 mm ✔
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Option A: 5 to 10%
Option B: 20 to 30%
Option C: 50 to 60%
Option D: 70 to 80%
Correct Answer: 20 to 30% ✔
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Option A: 5 to 10%
Option B: 20 to 30%
Option C: 50 to 60%
Option D: 70 to 80%
Correct Answer: 50 to 60% ✔
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Option A: impermeable
Option B: brittle and weak
Option C: to lose cohesion
Option D: to crack and warp on drying
Correct Answer: to crack and warp on drying ✔
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Option A: cambium layer
Option B: annular rings
Option C: medullary rays
Option D: heart wood
Correct Answer: annular rings ✔
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Option A: 3.5 N/mm2
Option B: 7.0 N/mm2
Option C: 10.5 N/mm2
Option D: 14.0 N/mm2
Correct Answer: 10.5 N/mm2 ✔
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Option A: log
Option B: batten
Option C: plank
Option D: baulk
Correct Answer: log ✔
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Option A: 15%
Option B: 20%
Option C: 22%
Option D: 25%
Correct Answer: 20% ✔
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Option A: to impart plasticity
Option B: to make the brick durable
Option C: to prevent shrinkage
Option D: to make the brick impermeable
Correct Answer: to impart plasticity ✔
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Option A: less than one year
Option B: 1 to 5 years
Option C: 5 to 10 years
Option D: more than 10 years
Correct Answer: more than 10 years ✔
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Option A: has good strength along the panel only
Option B: can be spilt in the plane of the panel
Option C: has greater impact resistance to blows than ordinary wood
Option D: cannot be bent more easily than ordinary wood of same thickness
Correct Answer: has greater impact resistance to blows than ordinary wood ✔
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Option A: greater tensile strength in longer direction
Option B: greater tensile strength in shorter direction
Option C: same tensile strength in all directions
Option D: none of the above
Correct Answer: same tensile strength in all directions ✔
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Option A: 4% to 6%
Option B: 10% to 12%
Option C: 15% to 20%
Option D: 100%
Correct Answer: 10% to 12% ✔
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Option A: Both A and R are true and R is the correct explanation of A
Option B: Both A and R are true but R is not the correct explanation of A
Option C: A is true but R is false
Option D: A is false but R is true
Correct Answer: Both A and R are true and R is the correct explanation of A ✔
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Option A: only (3)
Option B: both (1) and (3)
Option C: both (2) and (3)
Option D: all (1), (2) and (3)
Correct Answer: both (1) and (3) ✔
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Option A: parallel to grains
Option B: 45° to grains
Option C: perpendicular to grains
Option D: same in all directions
Correct Answer: parallel to grains ✔
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Option A: lack of ventilation
Option B: alternate wet and dry conditions
Option C: complete submergence in water
Option D: none of the above
Correct Answer: lack of ventilation ✔
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Option A: heart shakes
Option B: cupshakes
Option C: starshakes
Option D: rindgalls
Correct Answer: starshakes ✔
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Option A: deodar
Option B: chir
Option C: shishum
Option D: pine
Correct Answer: shishum ✔
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Option A: deodar and shishum
Option B: chir and sal
Option C: sal and teak
Option D: chir and deodar
Correct Answer: chir and deodar ✔
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Option A: innermost annular rings around the pith
Option B: portion of timber between heartwood and cambium layer
Option C: thin layers below the bark
Option D: thin fibre which extends from the pith outwards and holds the annular rings together
Correct Answer: portion of timber between heartwood and cambium layer ✔
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Option A: mulberry
Option B: mahogany
Option C: sal
Option D: deodar
Correct Answer: mulberry ✔
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Option A: driving wooden headed chisels
Option B: rough dressing of stones
Option C: carving of stones
Option D: breaking small projection of stones
Correct Answer: rough dressing of stones ✔
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Option A: 50 MPa
Option B: 100 MPa
Option C: 150 MPa
Option D: 200 MPa
Correct Answer: 100 MPa ✔
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Option A: cutting soft stones
Option B: cutting hard stones
Option C: cutting large blocks of stones
Option D: dressing stones
Correct Answer: cutting hard stones ✔
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Option A: 1.5 to 2.0
Option B: 2.0 to 2.5
Option C: 2.5 to 3.0
Option D: 3.0 to 3.5
Correct Answer: 2.5 to 3.0 ✔
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Option A: granite
Option B: sand stone
Option C: lime stone
Option D: quartzite
Correct Answer: granite ✔
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Option A: basalt and marble are the only metamorphic rocks
Option B: there is no sedimentary rock
Option C: granite is the only igneous rock
Option D: quartz and mica are minerals
Correct Answer: quartz and mica are minerals ✔
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Option A: quarrying of stones
Option B: blasting of stones
Option C: seasoning of stones
Option D: dressing of stones
Correct Answer: dressing of stones ✔
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Option A: it can not be polished
Option B: it is not a fire proof material
Option C: it is costly
Option D: it has less crushing strength
Correct Answer: it is costly ✔
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Option A: hardness test
Option B: work ability test
Option C: weight test
Option D: toughness test
Correct Answer: weight test ✔
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Option A: marble
Option B: quartzite
Option C: slate
Option D: lime stone
Correct Answer: quartzite ✔
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Option A: hard
Option B: tough
Option C: heavy
Option D: light
Correct Answer: hard ✔
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Option A: silicious rock
Option B: argillaceous rock
Option C: calcareous rock
Option D: aqueous rock
Correct Answer: silicious rock ✔
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Option A: sand stone
Option B: lime stone
Option C: shale
Option D: gypsum
Correct Answer: sand stone ✔
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Option A: only (i)
Option B: both (i) and (ii)
Option C: both (i) and (iii)
Option D: all (i), (ii) and (iii)
Correct Answer: all (i), (ii) and (iii) ✔
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Option A: testing of stones
Option B: quarrying of stones
Option C: dressing of stones
Option D: none of the above
Correct Answer: quarrying of stones ✔
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Option A: quartz
Option B: feldspar
Option C: mica
Option D: none of the above
Correct Answer: quartz ✔
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Option A: marble
Option B: lime stone
Option C: compact sand stone
Option D: granite
Correct Answer: compact sand stone ✔
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Option A: shale
Option B: lime stone
Option C: sand stone
Option D: granite
Correct Answer: shale ✔
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Option A: quartz
Option B: mica
Option C: gypsum
Option D: none of the above
Correct Answer: gypsum ✔
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Option A: mechanically formed sedimentary rock
Option B: igneous rock
Option C: chemically precipitated sedimentary rock
Option D: metamorphic rock
Correct Answer: chemically precipitated sedimentary rock ✔
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Option A: basalt
Option B: granite
Option C: quartz
Option D: syenite
Correct Answer: quartz ✔
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