I think it's doable. The external force, he said, can essentially be offset by atmospheric pressure and gravity. I have also thought about this problem, but it cannot be practiced for reasons. water first, then seal it outside. The support is shaped into an inverted U-shaped pipe, with the water inlet extending below the water surface and the water outlet spiraling down above the water surface. Principle: Water will flow from the highest point to both sides under the action of gravity. At this time, a vacuum zone appears and the water can be expelled through the air. Since the water outlet speed is slow at first, the water pump should be placed to push the water out. When the water at the water inlet is pressed to the highest point, the pumping can be stopped at that time, due to the influence. of the acceleration of gravity, the new water flow speed will be greater thanthe original water in the pipe. As a result, the water source at the water outlet has a high flow rate and can be discharged before being pushed back. In this way, a vacuum zone has been formed, and thus a theoretical water flow device is formed, that is, the water flow is continuously driven by air pressure . (Imagine this comes from squeezing the water bottle and opening the bottle cap to see the work the air is doing.)
A gravity problem, please ask for help aid to ING.
The power of the siphon generator is 41 kW. Subtracting the power of the pumping machine from the power of the generator, the remaining 41 kW constitutes the value for development and use. A siphon hydroelectric power station uses a siphon pipe in a water tank, combined with an empty tank where the siphon pipes join, together with a water pump, turbine and generator which cocorrespond to the diameter of the pipe. The water in the tank circulates from top to bottom. through the siphon pipe and circulates in the siphon pipe. In the internal design space, with vacuum negative pressure, water flowing from the top of the downspout to the downstream layer in the box has gravity potential energy to impact the water turbine. the box, driving the generator to produce power, pumping the water pump turbine shaft into the tank and the water turbine into the box. The bearing shaft scientifically penetrates the tank wall and is connected with the shaft of the electric machine and generator outside the tank. The power of the pumping machine only supplements the water pressure to the height difference between the downstream water surface in the reservoir and the water surface of the reservoir. It is assumed that the larger the diameter of the siphon pipe, the higher the height. Water developedThe greater the gravitational potential energy, the greater the energy of the water flowing through the turbine per unit time. The greater the converted energy of the turbine, the greater the power of the generator. Only a small amount of water escapes from the generator. The shaft seam on the outside of the tank needs to be restocked into the tank. Subject to the limitations of water energy resources, siphon hydropower plants can be constructed to generate electricity, which is a new type of hydropower plant device for the development and utilization of water energy. 'water.
There is no need to experiment on this, just discuss it directly.
The initial question is that when part A of the water falls, it can create a vacuum and atmospheric pressure forces the water from end B into the container.
First of all, energy is stupidserved. When the water baffles on both sides are removed. The water will move downward due to gravity. It can be said that the force generated on both sides determines the direction of water flow. This also determines whether the theory is correct.
The original question is that the gravity of part A is greater than that of part B, so water will flow from B to A.
Part A has greater severity than part B. That's true. But the part of A that produces the force is not all of A. That's the point. The original question confused the conditions.
Correct answer: The gravity of part A is generated by a cylinder of the same diameter as the outletYes, not all the gravity of the water provides the attraction.
Obviously, the height of the water that produces the pulling force at A is not as high as at B. It is also impossible for the water to be drawn from B into the container. Instead, the extremeity B relies on gravity to attract water from end A.
The flow of water is from A to B.
Theory n is not valid.