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46 Cards in this Set

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  • Back
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1 feet to cm

30.48cm

1m to feet

3.28ft

1m² to sq.ft

10.76 sq.ft

1m³ to cubic ft

35.31 cubic ft

1 cent to sq.m

40.46 sqm

1 cent to sq feet

435.6 sq.feet

1 acre to cent

100 cent

1 are to m²

100 m²

1 hectare in are and m²

100 are and 10000

1N to kg and g

0.101kg and 100g

1N/mm² to KN/m²

1000KN/m²

1 kg to N

9.81N

1N to g and 1Kn to kg

102g and 102kg

Unit wt of RCC

25KN/m²

Unit weight of PCC

24KN/m²

Unit wt of plastering

20KN/m³

Unit weight of Laterite Brick

20KN/m³

Unit weight of steel

78.4KN/m³

1 inch to cm

2.54cm

6 inch to cm

15.24cm

Bearing capacity of soil

250-450 KN/m²

1m3 cement to kg

1440kg

Volume of 1 bag of cement

0.0347m³

1m³ cement = 1440 kg


So, x m³ cement =50 kg cement


Hence x=50/1440


1 ton to ft³

15 cubic feet

Density of cement

1440kg/m³

Min. Thickness of slab

0.125m

Thickness of DPC not less than

2.5cm

Slope of stairs angle

25-40

Rise of stairs

150-200mm

Tread of stairs

250-300mm

No of bricks 🧱 required in 1m³

550

Lapping shouldn't be provided for steel rods more than ____ dia

36mm

Max. Free fall of concrete

1.5m

Compressive strength of brick should not be less than

7.5 N/mm2

Spacing of stirrups should not be more than

30cm

What happens if height of stirrups in increased in column

Buckling

Lap length

41d where d is diameter of bar

Lap length should not be less than

24d

Lapping is provided at ______ for columns (middle,top,bottom)

Middle

Lapping is done at ______ for top fibre and ______ at bottom fibre of beam

Middle,ends

As per IS456 the max. spacing of vertical stirrups is

0.75d or 300mm where d is the effective depth of beam

Minimum height of footing

15cm

Stirrups hook length

9d

L for column main rod in footing

300mm minimum or 50d

Cantilever beam development length

69D

Height of plinth beam

1.5-2 ft