The weight of a light barge can vary depending on its size and design. On average, a light barge can weigh anywhere from a few tons to several hundred tons.
The weight of the barge plus cargo will equal the weight of the water it displaces. If the barge sinks to a depth of 4' then the volume of barge under water is 4 x 25 x 100 = 10,000 cf. This will also be the volume of water displaced. Water weighs 62.4 lbs per cf so 10,000 cf weighs 624000 lbs. This will be the cargo weight plus the weight of the barge. No way to separate the two weights, but the barge weight is probably a small portion of the total.
The weight capacity of a barge can vary depending on its size and design, but typical barges can hold anywhere from a few hundred tons to over 10,000 tons of cargo. Specialized heavy-lift barges can have even higher weight capacities, sometimes exceeding 20,000 tons. It is important to consider factors such as buoyancy, draft, and load distribution when determining how much weight a barge can safely carry.
A barge made of metal can float in water because of its shape and displacement. The barge is designed to displace a volume of water that is greater than its own weight, allowing it to float. Additionally, the buoyant force acting on the barge provides the necessary upward force to keep it afloat.
6 MegaNewtons is the weight of (6 x 106 / 9.8) kilograms of water, equivalent toa volume of (6 x 106 / 9.8) liters of water, or (6,000/9.8) cubic meters of water.That's the additional displacement the barge has to achieve as soon as the load drops,in order to float with the additional weight.The added displacement is (10 x 60 x D) cubic meters, where 'D' is the added depth.(10 x 60 x D) = (6 x 103 / 9.8)D = 6 x 103 / (9.8 x 10 x 60)D = 1.02 meters (rounded)
Yes, aluminum is light in weight compared to many other metals.
a barge.
The weight of the barge plus cargo will equal the weight of the water it displaces. If the barge sinks to a depth of 4' then the volume of barge under water is 4 x 25 x 100 = 10,000 cf. This will also be the volume of water displaced. Water weighs 62.4 lbs per cf so 10,000 cf weighs 624000 lbs. This will be the cargo weight plus the weight of the barge. No way to separate the two weights, but the barge weight is probably a small portion of the total.
Any barge which displaces more than one ton of water (and allowing for appropriate freeboard) will safely carry a one ton weight.
A barge can be pretty handy for tough loads.
The weight capacity of a barge can vary depending on its size and design, but typical barges can hold anywhere from a few hundred tons to over 10,000 tons of cargo. Specialized heavy-lift barges can have even higher weight capacities, sometimes exceeding 20,000 tons. It is important to consider factors such as buoyancy, draft, and load distribution when determining how much weight a barge can safely carry.
If you add more sand the barge will be weighed down taking away height from the barge. If you take away sand, the barge will float higher and have an even better chance of not being able to fit under the bridge.
A barge made of metal can float in water because of its shape and displacement. The barge is designed to displace a volume of water that is greater than its own weight, allowing it to float. Additionally, the buoyant force acting on the barge provides the necessary upward force to keep it afloat.
It could be argues that there is no "typical" barge. Barges range in size from small ones used on canals to large floating "tubs" that are filled with grain or other cargo. But, fortunately, our friends at Wikipedia have a "related" answer: a typical barge measures 195 feet by 35 feet (59.4 meters by 10.6 meters), and can carry up to 1500 tons of cargo. The light tonnage (empty weight) was not given, but this barge might weigh in the neighborhood of 650 tons. Need a link? You got it.
Never mind. I got it on my own. We had to figure the mass of the barge, and used Archimedes principle about fluid displacement and worked it out from there. Thanks for anyone who might have been trying to help.
A barge master is a person who is in charge of transport on a barge.
Ed Barge's birth name is Edward J. Barge.
6 MegaNewtons is the weight of (6 x 106 / 9.8) kilograms of water, equivalent toa volume of (6 x 106 / 9.8) liters of water, or (6,000/9.8) cubic meters of water.That's the additional displacement the barge has to achieve as soon as the load drops,in order to float with the additional weight.The added displacement is (10 x 60 x D) cubic meters, where 'D' is the added depth.(10 x 60 x D) = (6 x 103 / 9.8)D = 6 x 103 / (9.8 x 10 x 60)D = 1.02 meters (rounded)