Suspending 500,000 pounds of water in the air would require a system that generates sufficient lift or buoyancy. One potential method could involve using large helium-filled balloons or airships designed to carry the weight. Alternatively, creating a structure like a giant, sealed, lightweight container with a controlled release of gas could achieve a similar effect. However, practical considerations regarding safety, stability, and environmental impact would need to be thoroughly addressed.
This question is impossible to answer because you have not specified what the 500000 things are, it could be $, seconds, gallons, goals.
7.518 gallons.
1.1 lbs
One gallon of water weighs 8 pounds. So, if you were putting water into the gallon jug, you could put 8 pounds of water in it. Different liquids will have different densities, and therefore be quite different in weight.
Total body water is about 60-65% of body mass, a little more in men and less in women. So 60% of 200 is 120 pounds of H2O molecules.
It would be £23,650,000 (2012)
The principal of the school would not suspend the student from school on principle.The principal of the school would not suspend the student from school on principle.The principal of the school would not suspend the student from school on principle.The principal of the school would not suspend the student from school on principle.The principal of the school would not suspend the student from school on principle.The principal of the school would not suspend the student from school on principle.The principal of the school would not suspend the student from school on principle.The principal of the school would not suspend the student from school on principle.The principal of the school would not suspend the student from school on principle.The principal of the school would not suspend the student from school on principle.The principal of the school would not suspend the student from school on principle.
Examples: I hoped the principal would not suspend me. Suspend the crate in the air, with a rope.
Examples: I hoped the principal would not suspend me. Suspend the crate in the air, with a rope.
Oh, dude, that's easy. You just need to use a giant invisible crane, obviously. Like, just hook it up to the water and hoist it up into the air. Simple physics, right? Or you could just ask a magician for help, they're pretty good at making things disappear.
250 because if you change the 25% into a decimal, which would be .25, and multiply it by 5000 that's what you would get.
It depends on the structure and position of the object.
To make the barrel of water weigh 12 pounds, you would need to remove 8 pounds of water from the barrel.
Assuming that approximately 60% of a person's body weight is water, a person who weighs 100 pounds would contain about 60 pounds of water.
No, it would be rounded to 400000.
230 pounds of water would be equal to approximately 27.6 gallons.
Approximately 73% of a person's body weight is water, so a person weighing 145 pounds would likely have around 106 pounds of water in their body.