Angular Gravity Machine (A question to NathanCoppedge)

[vineet_kiran]

 
Video at :

http://youtu.be/DtN9W5LRlhg


NathanCoppedge :

Please have a look at the video and details in pdf attachment.  Does it has anything to do with your 'Master Angle' ?

[TinselKoala]

I love the soundtrack!

And I'm sure Lawrence will love this one, too. It's a perfect example of his "lead-out" conjectures.

[Newton II]

I love the soundtrack!

Me too!   Looks like a crow is also appreciating the music!  (vineet,  be careful,  that crow might release shit on your head)

BTW by pushing the central shaft to the other side,  you will be lifting the lever arm up carrying the weight.  So,  it slides down down due to
gravity making  rotation.  It is same as lifting a weight and allowing it to fall freely.  Why do you expect overunity in that process? 

[vineet_kiran]

Me too!   Looks like a crow is also appreciating the music!  (vineet,  be careful,  that crow might release shit on your head)

BTW by pushing the central shaft to the other side,  you will be lifting the lever arm up carrying the weight.  So,  it slides down down due to
gravity making  rotation.  It is same as lifting a weight and allowing it to fall freely.  Why do you expect overunity in that process?

Thanks for your advice.  Next time when I conduct that experiment, I shall wear a helmet.

Surely weight will be lifted up when the shaft is pushed to the other side.  But the trick here is to synchronise various motions and forces so that input energy is minimised.

A moving weight can be lifted easily without much effort.  A simple example is,  if you start a loaded truck near a steep slope upwards on a road and accelerate the truck,  the truck will not move up the ramp.  But if you come from a distance with speed,  the truck will easily move up the slope.

In this experiment the action and reaction forces, moment of inertia, kinetic energy of rotation etc., everything comes into picture thereby minimising the input energy required to move the plate and you have to take the energy output from rotating shaft which developes considerable torque at the centre because of lengthy lever arm carrying weight only on one side.

[Newton II]

In this experiment the action and reaction forces, moment of inertia, kinetic energy of rotation etc., everything comes into picture thereby minimising the input energy required to move the plate and you have to take the energy output from rotating shaft which developes considerable torque at the centre because of lengthy lever arm carrying weight only on one side.

Cannot makeout if it can really be a OU device.  But how about using a lengthy  central shaft  above the lever arm to get additional  mechanical advantage so that  it can be pushed easily to the other end with negligible input energy?