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
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.
On average, wet sand can weigh around 120-150 pounds per cubic foot. Given that 1 gallon is approximately 0.1337 cubic feet, 55 gallons of wet sand may weigh between 725-910 pounds.
55 gallons?
A 55 gallon drum of sand typically weighs around 360-400 pounds, depending on the density of the sand.
One gallon of water weighs approximately 8.34 pounds, so 55 gallons would weigh around 459.7 pounds.
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
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
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.
About 55 tons.
55 gallons???