this is sweet i doubt magnets of this size would work but if you got some stronger magnets and somehow got it to constantly spin would it be able to turn a turbine and basically create a self-powered energy source?
The only loss of energy in this is from wind resistance, the join between the pendulum and the top of the stand, and electromagnetic induction, correct?
cant you find an expression (parametrically) when there is one repulsive pole? and with small angle approximation..
h0wud0in2 10 months ago
they should make a full size version of the double an let people ride on it !!
skateboardkid 1 year ago
how would you translate this motion into rotational to turn a turbine???
gavinsstuff 1 year ago
i know what im doin when im skipping work and hiding out in the employee lounge
5hak3itup 1 year ago
You actually slowly demagnetize the magnets.
Physicist are yet to find the free lunch
thermalization 1 year ago
@thermalization neodidum magnets dont lose their field unless they are heated
the1stbuilder65 1 year ago
you have given me a good idea!!!! thanks!!!!
thedumbeststudent 1 year ago
this is sweet i doubt magnets of this size would work but if you got some stronger magnets and somehow got it to constantly spin would it be able to turn a turbine and basically create a self-powered energy source?
GuitarHeroAddict101 1 year ago
can you please tell me how much sphears and rods you used
sebastianguasque 2 years ago
haha look like bumpy that funny!!!!!!!!
Filencia 4 years ago 5
The only loss of energy in this is from wind resistance, the join between the pendulum and the top of the stand, and electromagnetic induction, correct?
yakkit 4 years ago