You'd have to send the weight up to Mount Everest to have this device work a day long continously. I suggest you try a lot more weight with a gearbox.
now if that weight was lifted by the tide of the sea it could generate free energy!! you would have to design a mechanical timer with it, which would release a catch when the tide is at its lowest. how high was the weight and how much did it weigh?
Gravity has potential energy. Here it's released as kinetic energy. People will say you lifted it and did the work not gravity. We agree that work = "force x distance." The trade off we really want is POWER, "the rate at which energy is used." A human does work by lifting mass and potential energy of gravity becomes kinetic energy. However, we can convince gravity to slow "the rate at which energy is used" while lowering the weight, and still provide relatively the same "force over distance."
You'd have to send the weight up to Mount Everest to have this device work a day long continously. I suggest you try a lot more weight with a gearbox.
Rotitomato 11 months ago
hey could you make a video where the building once again provides more detail?
Djich1 1 year ago
This is exceptional - Nice Job !
I am impressed and would like to know more .
smde1 1 year ago
now if that weight was lifted by the tide of the sea it could generate free energy!! you would have to design a mechanical timer with it, which would release a catch when the tide is at its lowest. how high was the weight and how much did it weigh?
basilenglish 1 year ago
now all you have to find is a bodemless pitt and youl be in big bsiness
thewhitestriker 1 year ago
Gravity has potential energy. Here it's released as kinetic energy. People will say you lifted it and did the work not gravity. We agree that work = "force x distance." The trade off we really want is POWER, "the rate at which energy is used." A human does work by lifting mass and potential energy of gravity becomes kinetic energy. However, we can convince gravity to slow "the rate at which energy is used" while lowering the weight, and still provide relatively the same "force over distance."
jryer1 2 years ago
OMG.. you proved the existence of gravity! ROFL..
plopo404 2 years ago