Is it possible to have a unlimited powersuply made from water or electricity?

If you were to put a system od pvc pipes in a full loop and added 2 pumps,would the water you put in turn the first pump wich would turn the seccond pump pumping the water back up the pie and repeat its self. same thing with electricty just with generators and some capcitors.

Answer:
Sorry mate, everyone's right, due to the law of conservation, by the time the water gets to the second pump, energy would have been lost through friction that when it gets back to the first machine the energy would be less than the original amount. So on and so forth until a total standstill... : (
perpetual motion machines violate the 2nd law of thermodynamics.
In theory the pumps could push the water, then the motion of the water could continue to carry itself forever. However, this ideal plan does not take into account the laws of thermodynamics, and things like friction. The water loses energy because of friction and so would slow down as it moved, and would eventually stop.
All the frictional losses need to be accounted for and so, you need to pump in energy to keep the system going. So, not possible.
If you were to use this in a somewhat plausible industrial
application than you would save energy but not reach a perpetual state of regaining the energy. What you suggest is impossible due to energy losses.
Do you think the world would be fighting over oil supplies if your plan was possible?

The answers post by the user, for information only, FunQA.com does not guarantee the right.



More Questions and Answers:
  • Help!! What are the different stages of measurement for a building contract i.e Pre-Contract Post Contract Etc
  • Ultrasonic Aerosol Transducer, Need Help Finding Part?
  • How much does a 12oz aluminum can weigh?
  • What is AIR COMPRESSION?
  • How to hook up a frequency meter for a generator?
  • Cold starting motor vehicle?
  • Would the fuel cost be to high to run run a pump from the bottom of the hill?
  • Find the remaining six trigometric functions,if sine = 3/4?
  • In suspension systems how do you explain -'soft springs give smoother ride and hard spring give harsher ride'.