weigh the drum empty then full of water and the difference is what it will float. i think there's about 4 litres to a gallon so it should flaot about 200kg which is about 400 lbs (near enough)
A 30 gallon drum, of course, holds 30 gallons. This means that in order to sink this barrel in water you would have to displace 30 gallons of water. (move the water out of the way to make room for this drum) Each gallon of fresh water weighs 8.34 pounds. So if you were to totally sink this sealed drum in fresh water it would take 250.2 pounds of weight to do so. If you were to use these barrels for a pontoon boat or the like, I would suggest that you only use the barrels to a submersion level of 50%. This gives you some fudge-factor for weight distribution and walking around without having that "sinking" feeling. In salt water, you have to know the composition of the salt water, or the ratio of salt to water. Roughly, salt water weighs 64 lbs/cu. ft., as opposed to fresh water, which is about 62.2 lbs/cu. ft. There are 7.48 gallons in a cubic foot. So a gallon of salt water weighs 8.556 lbs. This means that in order to sink the drum you would have to displace more weight because salt water is heavier than fresh water which in turn will make your drum more buoyant. It would take 256.7 pounds to totally sink your drum in salt water. Keep in mind that a 30 gallon steel drum weighs between 30 and 40 pounds depending on the thickness of the steel when it was manufactured. This weight will need to be deducted from the total buoyancy. Of course plastic drums weigh less so do your math accordingly. In fresh water minus the steel drum weight of 35 pounds: 100% sinking = 215.2 lbs per drum 75% sinking = 161.4 lbs per drum 50% sinking = 107.6 lbs per drum In salt water minus the steel drum weight of 35 pounds: 100% sinking = 221.7 lbs per drum 75% sinking = 166.3 lbs per drum 50% sinking = 110.9 lbs per drum
The formula is as follow you take the size of the drum multiply it by the weight of water 8.34 and multiple the specfic gravity of the product you are using you can get that by looking at the MSDS of the material. 55Gal. X 8.34 X .93 = 426.591 would be the weight of a 55 gallon drum of Thinner.
A 55-gallon plastic drum can typically float when it is empty, as it is designed to hold liquids. However, when filled with liquid, it will become heavy and sink. The buoyancy will depend on the weight of the liquid inside and the weight of the drum itself.
70% of a 55-gallon drum is 38.5 gallons. 70% of an 8-ounce tumbler is 0.04375 of a gallon.
The weight of oil in a drum can vary depending on the type of oil and the size of the drum. However, a standard 55-gallon drum of oil typically weighs around 200-250 kilograms.
Yes. As long as you don't spill any of the water out of the drum when you get in, the total weight of the drum and water with you in it will be equal to the weight of the drum and the water plus the weight of you, separately. It doesn't matter if you float or sink. It will weigh about the same as it did before you climbed in. First, the answer above this one is wrong because you cant climb into a full 55 gallon drum without spilling water. As you enter the water, you will displace that volume with your body which weighs close enough to water to weigh near enough the same minus the amount of bouancy.
Weight of 1 US Gallon of water = approx. 8.35 lb x 55 gallons = 459.25 lb
May depend on the drum, but on average 44 pounds
265 lbs of uncrushed oil filters in a 55 gallon drum.
363 lbs
Yes --assuming you don't hold your breath. A person will sink in water if he is not holding enough air in his lungs to keep him floating. Therefore, the person weighs more than the amount of water that he will displace.
A "drum" is not a recognised measure for liquids.
neglecting the weight of the steel drum and assuming a gallon weighs 8.2 pounds in Americian units, the calc would be 55 X 8.2 = 451 pounds. The extra weight of the steel drum would sink it from this nutral boyancy state. Also,55 gallon drums only hold 50 or so gallons.
The weight of a 30-gallon drum can vary depending on the material it is made of. However, as a general estimate, a standard empty steel drum typically weighs around 30-35 pounds. When filled, the weight can increase significantly, with liquids such as water weighing approximately 8.34 pounds per gallon, resulting in a filled 30-gallon drum weighing around 250-260 pounds.
The weight of a drum filled with soil can vary depending on the size and type of drum, as well as the type of soil used. On average, a standard 55-gallon drum filled with soil can weigh between 400-600 pounds.
Fill the 5-gallon drum. Pour the contents into the 3-gallon drum, filling it. Now you have 2 gallons left in the big one.Empty the 3-gallon drum. Pour the 2 gallons into it. At this point there is room for one more gallon.Now refill the 5-gallon drum and pour off as much as it takes to fill up the small one. That means you are removing one gallon.Now you have exactly 4 gallons in the 5-gallon drum.or Fill the 3 gallon drum. Pour the contents into the 5 gallon drum. Refill the the 3 gallon drum and pour the contents into the 5 gallon drum until it is full. Empty the 5 gallon drum. You have 1 gallon left in the 3 gallon drum. Pour the remaining 1 gallon into the 5 gallon drum. Re-fill the 3-gallon drum and pour that into the 5 gallon drum giving you 4 gallons. or Tip the 5 gallon drum and fill it until water is level to both the bottom and spilling out the top; next do the same with the 3 gallon drum; then pour the half full 3 gallon drum into the half full 5 gallon drum, rusulting in 2.5 plus 1.5 equals 4 gallons! orWatch Die Hard 3 for the answer.
A 30 gallon drum, of course, holds 30 gallons. This means that in order to sink this barrel in water you would have to displace 30 gallons of water. (move the water out of the way to make room for this drum) Each gallon of fresh water weighs 8.34 pounds. So if you were to totally sink this sealed drum in fresh water it would take 250.2 pounds of weight to do so. If you were to use these barrels for a pontoon boat or the like, I would suggest that you only use the barrels to a submersion level of 50%. This gives you some fudge-factor for weight distribution and walking around without having that "sinking" feeling. In salt water, you have to know the composition of the salt water, or the ratio of salt to water. Roughly, salt water weighs 64 lbs/cu. ft., as opposed to fresh water, which is about 62.2 lbs/cu. ft. There are 7.48 gallons in a cubic foot. So a gallon of salt water weighs 8.556 lbs. This means that in order to sink the drum you would have to displace more weight because salt water is heavier than fresh water which in turn will make your drum more buoyant. It would take 256.7 pounds to totally sink your drum in salt water. Keep in mind that a 30 gallon steel drum weighs between 30 and 40 pounds depending on the thickness of the steel when it was manufactured. This weight will need to be deducted from the total buoyancy. Of course plastic drums weigh less so do your math accordingly. In fresh water minus the steel drum weight of 35 pounds: 100% sinking = 215.2 lbs per drum 75% sinking = 161.4 lbs per drum 50% sinking = 107.6 lbs per drum In salt water minus the steel drum weight of 35 pounds: 100% sinking = 221.7 lbs per drum 75% sinking = 166.3 lbs per drum 50% sinking = 110.9 lbs per drum