A general formula:
mass (kg) = density (kg/m3) × volume (m3)
weight at sea level (lbs) = mass (kg) × 2.20462262
Volumes, 5 gallons:
5 US dry gallons = 0.02202442 m3
5 US liquid gallons = 0.01892706 m3
5 UK gallons = 0.02273045 m3
"5 gallon" bucket (15" h. x 12" w.) = 0.02780000 m3, to rim
Densities, approximate:
loose dry sand ≈ 1442 kg/m3
dry sand ≈ 1602 kg/m3
wet sand ≈ 1922 kg/m3
quartz sand ≈ 1201 kg/m3
Choose the appropriate volume and density for your application and apply the general formula.
m = d × v
w = m × 2.20462262
For a typical "5 gallon" bucket, which holds 6.3 US dry / 7.3 US liq. / 6.1 UK gallons to the rim, filled with loose dry sand, you get:
1442 kg/m3 × 0.0278 m3 ≈ 40.09 kg
40.09 kg × 2.20462 ≈ 88.4 lbs
Some solutions for loose dry sand:
"5 gal." bucket: ~ 88.4 lbs
5 US dry gal.: ~ 70.0 lbs
5 US liq. gal.: ~ 60.2 lbs
5 UK gal.: ~ 72.3 lbs
A general formula:
mass (kg) = density (kg/m3) × volume (m3)
weight at sea level (lbs) = mass (kg) × 2.20462262
Volumes, 5 gallons:
5 US dry gallons = 0.02202442 m3
5 US liquid gallons = 0.01892706 m3
Densities, approximate:
loose dry sand ≈ 1442 kg/m3
dry sand ≈ 1602 kg/m3
wet sand ≈ 1922 kg/m3
quartz sand ≈ 1201 kg/m3
Choose the appropriate volume and density for your application and apply the general formula.
m = d × v
w = m × 2.20462262
For 5 US dry gallons of loose dry sand, you get:
1442 kg/m3 × 0.0220 m3 ≈ 31.76 kg
31.76 kg × 2.20462 ≈ 70.0 lbs
For 5 US liquid gallons of loose dry sand, you get:
1442 kg/m3 × 0.0189 m3 ≈ 27.29 kg
27.29 kg × 2.20462 ≈ 60.2 lbs
A general formula:
mass (kg) = density (kg/m3) × volume (m3)
weight at sea level (lbs) = mass (kg) × 2.20462262
Volume:
5 US liquid gallons = 0.01892706 m3
Densities, approximate:
loose dry sand ≈ 1442 kg/m3
dry sand ≈ 1602 kg/m3
wet sand ≈ 1922 kg/m3
quartz sand ≈ 1201 kg/m3
Choose the appropriate density for your application and apply the general formula.
m = d × v
w = m × 2.20462262
For 5 US liquid gallons of loose dry sand, you get:
1442 kg/m3 × 0.0189 m3 ≈ 27.29 kg
27.29 kg × 2.20462 ≈ 60.2 lbs
A general formula:
mass (kg) = density (kg/m3) × volume (m3)
weight at sea level (lbs) = mass (kg) × 2.20462262
Volume:
5 US dry gallons = 0.02202442 m3
Densities, approximate:
loose dry sand ≈ 1442 kg/m3
dry sand ≈ 1602 kg/m3
wet sand ≈ 1922 kg/m3
quartz sand ≈ 1201 kg/m3
Choose the appropriate density for your application and apply the general formula.
m = d × v
w = m × 2.20462262
For 5 US dry gallons of loose dry sand, you get:
1442 kg/m3 × 0.0220 m3 ≈ 31.76 kg
31.76 kg × 2.20462 ≈ 70.0 lbs
Go to convert-me.com
800lbs
55 Days at Peking grossed $10,000,000 worldwide.
answer is = 55 becouze 11=11,22,33,44,(55) 5=5,10,15,20,25,30,35,40,45,50,(55)
Start at 55 k and max out at 70 k.
Any of its factorrs which are: 1, 5, 11 and 55
Since 55 is a factor of 110, it is automatically the GCF.
55 gallons?
55 US gallons = about 208.197 liters.
55 cubic meters = 14,529.463 gallons (US) 55 cubic feet = 411.43 gallons (US)
Er...55 gallons?
lots
About 55 tons.
Gas is 6.3 lbs. per gallon. 55 gallons of gas will weigh 346.5 lbs. A steel drum will weigh 40 lbs. and a plastic 55 gallon drum will weigh 20 lbs.
55 gallons???
-- You can put as much or as little as you want to into a 55-gallon drum, as long as you don't exceed 55 gallons. -- A "barrel of oil" is not a 55-gallon drum. It's 35 imperial gallons, which is approximately 42.5 US gallons. (So the price of oil by the barrel is even higher than it sounds.)
458 pounds your welcome
Let's do this. we know that 1 Gallon = 3785 ml we know that 1 ml of water = 1g (metric system is awesome) so 1 gallon of water = 3785 grams 1 lb = 453 grams 1 gallon of water = ( 3785 / 453 ) lbs about 8.35 lbs / gallon * 55 459.25
55