MACHINE WORKS BY THE POWER OF FLOATION AND PRODUCES ENERGY

摘要

According to the principle of Lushatele when you use the following chemical reaction: NH3 (g) + H2O (Li) NH4OH (Li) In a pot (floating unit) First case: The movement starts from the gear at the top of the machine and the front part of floating unit heading to the bottom By increasing the pressure on the system by the piston, reaction moves in the direction of the exponential and consumes NH3 and the volume of the system becomes less and the average density increases and the pushing force of water decreases then the vessel containing the system (floating unit) moves to the bottom till it reaches the gear at the bottom of the machine. Second case: By reducing the pressure and the separation of gas NH3 from the reaction field, the reaction goes in the opposite direction, which works to form the gas (NH3) and the volume of the system increases, the average density of floating unit decreases, the pushing force of water to the floating unit increases, the floating unit rises from the bottom to the top heading to the surface of the water in the well. There is a continuous exchange between the first case and the second case. We can get the kinetic energy that can be converted to any form of energy.