1 mtr = 100 cm 2.54 cm = 1 inch 12 inch = 1 ft. so, 1 mtr = 100/2.54 inch = 100/(2.54*12) ft. 1 mtr = 3.28 ft. so 1 sq. mtr = (3.28) ^ 2 sq. ft. = 10.76 sq. ft.
1 mtr = 3.28 feet, therefore 5.2 mtr = (5.2 * 3.28) feet = 17.056 feet Direct Conversion Formula 2 m* 1 ft 0.3048 m = 6.56167979 ft
About 2 hours walk 10,000 mtr 10936.133 yds 32808.399 ft 6.2137 miles
Weight of MS Angle = (2*W-T)*T*L*7840 kg (All units are in MKS) Where, S = Width of any side in mtr T = Thickness of the angle in mtr. L = Length of the angle in mtr. 7840 is the density of MS in kg / m3. w=(2*.1-.008)*.008*1*7840 =(.2-.008)*62.72 =(.192)*62.72 =12.04 kg/mr
0.609 mtr 2 feet 60.9 cm 0.666 yds 0.00061 km 0.00038 miles 0.00033 Nm 0.358 smoots
To calculate the volume of concrete needed for footings that are 28 feet long, 2 feet wide, and 3 feet deep, use the formula for volume: length × width × depth. This results in a volume of 28 ft × 2 ft × 3 ft = 168 cubic feet. Therefore, you will need 168 cubic feet of concrete for the footings.
One yard of concrete will cover approximately 90 square feet at a depth of 3-1/2". At an even 3-1/2", you will need just over 3 yards. This does not allow for any footings, turndowns, or a thicker slab.
1 mtr = 100 cm 2.54 cm = 1 inch 12 inch = 1 ft. so, 1 mtr = 100/2.54 inch = 100/(2.54*12) ft. 1 mtr = 3.28 ft. so 1 sq. mtr = (3.28) ^ 2 sq. ft. = 10.76 sq. ft.
'mm' millimetres is a measure of length. 1 sq. mtr' is a measure of area. However, there are 1000 mm in 1 metre. So in 1 m^2 there are 1000mm X 1000 mm = 1,000,000 mm^2
1 mtr = 3.28 feet, therefore 5.2 mtr = (5.2 * 3.28) feet = 17.056 feet Direct Conversion Formula 2 m* 1 ft 0.3048 m = 6.56167979 ft
About 2 hours walk 10,000 mtr 10936.133 yds 32808.399 ft 6.2137 miles
Weight of MS Angle = (2*W-T)*T*L*7840 kg (All units are in MKS) Where, S = Width of any side in mtr T = Thickness of the angle in mtr. L = Length of the angle in mtr. 7840 is the density of MS in kg / m3. w=(2*.1-.008)*.008*1*7840 =(.2-.008)*62.72 =(.192)*62.72 =12.04 kg/mr
The frost depth in Portsmouth, VA, typically ranges from 2 to 4 inches. However, it can vary based on specific weather conditions and soil types. It's important to consult local weather reports or agricultural extension services for the most accurate and current information.
Dimension is : W * D* L IN MTR AREA SQ.MTR= (W+D) * 2 * L
Small waves, up to 0.1 mtr are present in a force 2 wind.
The usual formula is this; for every foot above ground you put 1/2 foot in the ground.
Chicagolicious - 2012 Immaculate Extension 2-14 was released on: USA: November 2012