Terragravitic Induction

[Roxaway59]

This one shows the one with the cycloid curve just about to make contact.

[Roxaway59]

This one shows the one with the cycloid curve moving faster and gaining more height after making contact.

[Roxaway59]

This one shows the end of the swing with the cycloid one slightly higher up.

[Roxaway59]

In the brichistochrone curve experiment the ball on the curve ends up with more momentum.

The pendulum experiment shown here is basically a similar thing but with weights travelling upwards. Therefore we shouldn't be surprised that it does something odd.

Note that my cycloid is only an approximation and the proper curve should be better.

Here is the sim.

Graham

[johannesbender]

@Roxaway , note the difference when the rope material density is lowered , i suggest this is such a simple experiment that a cardboard curve a hanging weight on a string next to a measuring tape and a camera would do.

[Roxaway59]

Yes JB you are right about the real experiment and I can set something up but I am a bit slower at doing things than most. Also I am nursing my dying cat at the moment which isn't helping.

Graham

[Roxaway59]

JP I don't know if you tried lowering the density of the ropes but you should be careful about making it too low. Algodoo can act up under certain circumstances.

I tried varying the weights and that seems to have the most dramatic effect.

When the weights are increased they do become more even.

I think though that this really does need to be a real experiment to be sure.

Graham

[johannesbender]

JP I don't know if you tried lowering the density of the ropes but you should be careful about making it too low. Algodoo can act up under certain circumstances.

I tried varying the weights and that seems to have the most dramatic effect.

When the weights are increased they do become more even.

I think though that this really does need to be a real experiment to be sure.

Graham

You can calculate a realistic density ;)

[Roxaway59]

JB I think I will continue this on my topic because its related to some things I have said on there and maybe not to the point that Senax was making.

Graham

[Fletcher]

Try reproducing this experiment in your program to troubleshoot your sim and calibrate it to the real-world experiment ..

https://www.youtube.com/watch?v=mwx0bTi_I-s

[Roxaway59]

Fletcher really what I'm doing at the moment is making these comparisons between a normal pendulum and effectively an interrupted pendulum. I'm wondering if there is something significant and useful here.

I can except that the PE always drops slightly but Besslers wheel worked off pairs of weights and I'm thinking along the lines of weights moving faster and gaining more GPE than another one.

Like I said to JB it might be best if I continue on my own topic because I'm not sure if its related to Senax's initial post.

Graham

[Senax]

The existence of Terra reaction energy can be demonstrated with a half swing of
a cycloid pendulum from start point to 6 o'clock continuing on as a conventional
pendulum's circular swing.

For equal start and finish heights the integrate pull to right for the cycloid section of
swing will be greater than the integrated pull to the left for the conventional section.

This difference in energy will lead to the pendulum rising above the starting point on
the left hand side. In other words there will be a gain in gravitational potential energy.

Experimentally it is probably easier to perform the inverse experiment using
push instead of pull.

A toy "Hot Car" starting at the beginning of the cycloid slope is allowed to progress onto the conventional slope where it will finish higher than its start point.

Th beauty of Hot Cars is that their wheels are so small that the the complicating factor of rotational energy is virtually eliminated.

Experiment cannot disprove the above since it is based on the logic of action = reaction and Bernoulli. Experiment can only support it.
https://www.youtube.com/watch?v=CG8KR9edp9Q