One cubic foot of water weighs 62.42796 pounds. The volume of a 10 foot long 6 inch diameter cylinder is 1.96350 cubic feet, thus it displaces 122.5770 pounds of water when fully submerged.
As I do not know the wall thickness of the PVC pipe and caps you plan to use I cannot calculate its weight. However if I assume for illustration purposes that the pipe weighs 5 pounds per foot and each cap weighs 2 pounds, then the capped pipe weighs 54 pounds. Subtracting this would mean that the capped pipe will support 68.5770 pounds when fully submerged.
Do not trust this final number because as I stated I guessed at the weight of the PVC components so that I could illustrate the calculation. Determine the actual weight of the PVC components you are using yourself and recalculate that final subtraction. Also for safety you should provide a margin of at least 10% on your final values to allow for anything that may not have been accounted for.
Your legs, particularly your knees and feet, bear the weight of your body. They support you while standing, walking, running, and performing other weight-bearing activities. Strengthening these muscles can help improve stability and prevent injuries.
Yes, legs and feet are stronger, as they are able to support your body weight, whereas, your arms are not.
The weight of water is approximately 62.4 pounds per cubic foot. Therefore, 22.75 cubic feet of water would weigh approximately 1422 pounds.
180 pounds of water would occupy 2.88 cubic feet (180 lbs / 62.5 lbs/ft^3 = 2.88 ft^3).
A one by one by two meter tub has a volume of 2 square meters or 70.63 cubic feet. Such a volume will contain 528.3 gallons of water. At 8.345 pounds per gallon, the water in the tub will weigh 4409 pounds.
A water pressure of 60 psi can support a column of water that is approximately 138.2 feet (42.1 meters) high. This is calculated by dividing the pressure in pounds per square inch by the unit weight of water.
8.8 gallons of water.
It depends what it is made of and the thickness of the material. It also depends upon the distribution of weight in the box. For example a box made of card will not be able to support much weight whilst a box made of aluminium will be able to support a lot more weight.
200 cubic feet of water weighs about 12,462.5 pounds or 6.23 tons.
Nothing.480 square feet is a measure of area - not of volume. An area cannot have mass and therefore no weight.
Approximately 1,620.2 pounds.
That is 18,041.403 pounds
If the weight is 62.5, then it weighs 62.5
The weight of 2.25 cubic feet of water is approx 4495 pounds-force (lbf).
Approximately 102 pounds for 1.63 cubic feet of water (12.2 US gallons).
yes and no
The size of an animal's feet is directly related to its body size and weight-bearing requirements. Rats have small feet relative to their body size because they are small, lightweight animals that need nimble feet for agility and balance. In contrast, elephants have huge feet to support their massive body weight and distribute the pressure evenly across the ground to prevent sinking in soft terrain. This adaptation helps elephants move efficiently and support their weight without causing harm to their feet.