Recent content by andy1

Entropivore; The question I am asking is just part of a bigger picture. I have a Pat. Pen. on a machine that is over 100 times more efficient than todays Hydroelectric power generating technology. Best part is that the Laws of thermodynamics don't always apply. Take a look at it and see. Yahoo...

Greetings entropivore; The air is in a hard cylinder and by itself will rise at 1 foot per second. Its buoyancy is 100 Lbs. Question, what happens to it rate of rise if a 10 LB streamlined weight is attached to it? 50Lbs? 90Lbs? andy1

Bobbywhy, The air is in a cylinder and does not expand. By itself it will rise in the water at 1 foot per second. It has the lifting power of 100 Lbs. Meaning that 100 Lbs of force/weight will stop its rising. Question is, how fast will this same cylinder rise in the water with a 10 Lb...

Air rises in water at about one foot per second of time. If a container of air has a lifting force of 100 Lbs and rises at one foot per second what happens when a 10 lb weight is attached to it? What is its speed in the water then? What about 50 Lbs? or 90 Lbs? What is the speed reduction to...