2 to 3 t/m2
5 to 7.5 t/m2
8 to 10 t/m2
10 to 12 t/m2
B. 5 to 7.5 t/m2
Mansard truss
Queen post truss
King post truss
Collar truss
Walls having thickness more than 4 bricks
Architectural finish to the face work
Ornamental panels in brick flooring
All the above
Hard rock
Moist clay
Soft rock
Coarse sandy soil
Cement is added to lime mortar to increase its hydraulic properties only
Lime surkhi mortar is used for pointing the walls
Lime should be slaked before preparing lime mortar
High early strength concrete is generally used in cold weather
Cork flooring
Glass flooring
Wooden flooring
Linoleum flooring
Vertical wooden member on either end
Lower horizontal wooden member
Upper horizontal wooden member
Intermediate horizontal wooden member
Pitched and sloping roof
Flat roof
Shell roof
None of the above
Copper sheets
Lead sheets
Aluminium sheets
All the above
Plain cement concrete is equally strong in compression as well as in tension
Slump test is performed to check concrete strength
Curing of concrete is done for proper compaction of cement
Fineness modulus is the index number expressing the relative sizes of both coarse and fine aggregates
Heart shakes
Cupshakes
Starshakes
Rindgalls
Simplex pile
Franki pile
Pressure pile
Vibro pile
5 m
10 m
15 m
20 m
Half brick
Queen closer
King closer
Bevelled closer
Intrados
Rise
Spandril
Extrados
Retaining wall
Breast wall
Buttress
Parapet wall
10 cm
15 cm
Equal to its projection beyond wall base
Less than its projection beyond wall base
3 day
7 days
14 days
21 days
Ridge board
Hip rafter
Eaves board
Valley rafter
Granite
Chalk
Slate
Sand stone
Lack of ventilation
Alternate wet and dry conditions
Complete submergence in water
None of the above
10 cm
15 cm
20 cm
25 cm
300 to 350 mm
400 to 450 mm
500 to 550 mm
600 to 650 mm
Cleat
Stop
Horn
None of these
Cracking
Dubbing
Blistering
Hacking
Rafter
Ridge
Crown
Eave
In a king post truss, principal rafter and tie beams are jointed together with a bridle joint
Joint between the principal rafter and the king post is made by making tenon and mortise respectively
Joint between strut and king post, is generally of mortise and tenon type
All the above
Strip footing
Strap footing
Combined footing
Raft footing
Both A and R is true and R is the correct explanation of A
Both A and R is true but R is not the correct explanation of A
A is true but R is false
A is false but R is true
1/2
1
2
1/4
Laying bricks as stretchers in cement mortar
Laying bricks as headers in cement mortar
Reinforcing brick wall with iron straps
Constructing brick work within a wooden framework