A. Tri-calcium silicate

B. Di-calcium silicate

C. Tri-calcium aluminate

D. Tetra calcium alumino ferrite

A. Cementation process

B. Crucible process

C. Bessemer process

D. Open hearth process

A. Carving out designs on timber planks

B. Chemically treating timber planks

C. Thick layer of superior wood glued to inferior wood

D. Thin layer of superior wood glued to inferior wood

A. 5 kg/mm²

B. 9 kg/mm²

C. 13 kg/mm²

D. 15 kg/mm²

A. Only (i)

B. Both (i) and (ii)

C. Both (i) and (iii)

D. All (i), (ii) and (iii)

A. Odourless

B. Non-toxic

C. Transparent

D. All of these

A. Is made from hydraulic lime

B. Is made by adding lime to water

C. Can be used only upto three days

D. All of above

A. Cracking and warping of bricks

B. Loss of cohesion

C. Enhancing the impermeability of bricks

D. None of the above

A. Under burnt

B. Over burnt

C. Kutcha

D. None of these

A. To increase the initial setting time of cement paste in concrete

B. To decrease the initial setting time of cement paste in concrete

C. To render the concrete more water tight

D. To improve the workability of concrete mix

A. Increasing moisture content

B. Decreasing moisture content

C. Increasing strength of timber

D. None to these

A. The lime in excess makes the cement unsound and causes the cement to expand and disintegrate

B. The silica in excess makes the cement stronger but its setting time also increases

C. The excess amount of alumina weakens the cement

D. All the above

A. 15, 75, 10

B. 75, 10, 15

C. 10, 15, 75

D. 10, 75, 15

A. Styrene resin is produced from ethylene which is made from petroleum

B. Styrene resin is light in weight

C. Styrene resin transmits ultraviolet waves of light

D. All the above

A. Ply wood

B. Shishum wood

C. Deodar wood

D. Teak wood

A. It forms octagonal crystals

B. It converts to chlorine by hydration

C. Its density is 2.3 to 3.6 g/cm²

D. All the above

A. Thinner

B. Vehicle

C. Base

D. Drier

A. Sedimentary rock

B. Metamorphic rock

C. Igneous rock

D. Volcanic rock

A. Less amount of gypsum in very fine powdered form

B. More amount of gypsum in very fine powdered form

C. Aluminium sulphate in very fine powdered form

D. Pozzolana in very fine powdered form

A. Mulberry

B. Mahogany

C. Sal

D. Deodar

A. Structural works in beams, joints and girders

B. Small sized water pipes

C. Columns and struts

D. None of these

A. Oil paint

B. Distemper

C. Spirit varnish

D. None to these

A. 16.5 litres

B. 18.5 litres

C. 20.5 litres

D. 22.5 litres

A. Enamel paints

B. Aluminium paints

C. Asbestos paints

D. Cement paints

A. Corrugated sheet used for roofing

B. An incombustible fire proof material

C. An organic substance

D. All the above

A. Are generally applied on structural steel

B. Are less durable as compared to enamel paints

C. Consist of resin and nitro-cellulose

D. All the above

A. Cast steel

B. Bessemer steel

C. Mild steel

D. Whitworth compressed steel

A. Over-burnt bricks

B. Under-burnt bricks

C. Refractory bricks

D. First class bricks

A. Granite

B. Dolerite

C. Basalt

D. All the above

A. To impart plasticity

B. To make the brick durable

C. To prevent shrinkage

D. To make the brick impermeable

A. Setting time of cement

B. Soundness of cement

C. Tensile strength of cement

D. Compressive strength of cement