Im afraid you require the density of the material of the Tee as well as the volume supplied.
ρ = m/V
Where:
ρ is the density (kg/m3),
m is the mass (kg),
V is the volume (m3).
V = 0.04 metres x 0.04 metres x 0.005 metres = 0.000008 metres3
Therefore the weight of the Tee would be:
m = ρ x V = ρ x 0.000008 metres3
MS Channel Weight: 100mm(length)*50mm(width)*5mm(thick)*.000785=19.625 Kg
circle pipe ss 6" thickness 5mm
100mmx50mmx5mmx0.000785x100m=1962kg
The volume is pi x diameter squared times height//4 The volume collected is 5mm x 100 mm x 100 mm x 3.14/4 = 39250 cu mm = 39.25 cu cm keep in mind that the rain measurement is still 5mm independent of volume collected.
To convert kg to pounds: kg x 2.2 = pounds40 kg x 2.2 = 88 pounds
MS Channel Weight: 100mm(length)*50mm(width)*5mm(thick)*.000785=19.625 Kg
circle pipe ss 6" thickness 5mm
100mmx50mmx5mmx0.000785x100m=1962kg
The weight of MS channel 100x50x5mm is 920Kg in 100Mtrs. ashim bhowmick
table of ms c channel , angle's weight for per 1 meter for e.g. 100mm x 50mm x 5mm thk ms c channels weight?
125mm
A chain of 60 termites, each 5mm in length, would be 60 x 5mm = 300mm.
5mm thick chequered plate weiht per square metre
The volume is pi x diameter squared times height//4 The volume collected is 5mm x 100 mm x 100 mm x 3.14/4 = 39250 cu mm = 39.25 cu cm keep in mind that the rain measurement is still 5mm independent of volume collected.
To convert kg to pounds: kg x 2.2 = pounds40 kg x 2.2 = 88 pounds
Weight Calculation: Extra weight of chequers length (m) x width (m) x 2.1 = kg/plate Total weight: length (m) x width (m) x thickness (mm) x 7.85 + extra weight = kg/plate Eg: 2400 x 1220 x 6mm Chequer Plate Extra weight: 2.4 x 1.22 x 2.1 = 6.15 kg/plate Total weight: 2.4 x 1.22 x 6 x 7.85 + 6.15 = 144.06 kg/plate
40 mph depending on weight