Βλεπω το ενα δαχτυλο λειπει ηδη. Βαλε και καμια γεννητρια γιατι κανενας δεν θα σε πιστεψει οτι διατηρει την δυναμη του, εστω 2-3-4 δυναμο απο αυτοκινητα με τροχαλιες και inverter στο τελος για σταθεροποιηση και θα χρειαστεις και πυκνωτες στην 12αρα. Ασε που οσο ανεβαινουν οι στροφες τοσο λιγοτερη ωρα ειναι στην θετικη ημιπεριοδο (λιγοτερο κερδος). Ελπιζω να πετυχεις το overunity γιατι αλλιως δεν εχει νοημα νομιζω.
I'm afraid it's not impressive at all. You are applying possibly the maximum force the toothpicks can take (let's say 1 kg) over a distance of 0.5m, and at considerable average velocity. That is a lot of actual work done. A good pendulum would not stop for multiple revolutions after having been tapped over its top. Also, you did not start to extract any energy from the wheel, it was losing just as much as you put in by hand.
Your comments lead to the assumption that you did not read or understand the description of the experiments shown in the video. The published analysis of the presenting forces in every stage of the pendulum rotation would have answered all your questions.
It was not possible to achieve an instant push and that is why my hand followed till I manage it. Even if that was the case though, the fact that we are rotating the 50kg continuously, with the use of two toothpicks in a distance of 510mm from the shaft, is not enough?
I think that even the scientific analysis of Dr. Kanarev won’t be enough for you.
In the pushing once a revolution, your arm performs work on the wheel for over 50cm. That is a lot of input.
The breaking piece of wood is not a very impressive test at all, please explain the point it makes? Your weights are placed halfway a very stiff lever, the wood is placed 5-6x closer to the axle. Plus the wheel had good impulse before hitting it. Nothing surprising that it breaks.
Please elaborate to the world on your theory WHY input along with gravity would offer a gain? THANKS!
Βλεπω το ενα δαχτυλο λειπει ηδη. Βαλε και καμια γεννητρια γιατι κανενας δεν θα σε πιστεψει οτι διατηρει την δυναμη του, εστω 2-3-4 δυναμο απο αυτοκινητα με τροχαλιες και inverter στο τελος για σταθεροποιηση και θα χρειαστεις και πυκνωτες στην 12αρα. Ασε που οσο ανεβαινουν οι στροφες τοσο λιγοτερη ωρα ειναι στην θετικη ημιπεριοδο (λιγοτερο κερδος). Ελπιζω να πετυχεις το overunity γιατι αλλιως δεν εχει νοημα νομιζω.
decadG 1 month ago
I'm afraid it's not impressive at all. You are applying possibly the maximum force the toothpicks can take (let's say 1 kg) over a distance of 0.5m, and at considerable average velocity. That is a lot of actual work done. A good pendulum would not stop for multiple revolutions after having been tapped over its top. Also, you did not start to extract any energy from the wheel, it was losing just as much as you put in by hand.
Cloxxki 1 month ago
@Cloxxki
Dear Sir,
Your comments lead to the assumption that you did not read or understand the description of the experiments shown in the video. The published analysis of the presenting forces in every stage of the pendulum rotation would have answered all your questions.
I am sorry you cannot understand.
CHALKALIS 1 month ago
Dear Sir,
It was not possible to achieve an instant push and that is why my hand followed till I manage it. Even if that was the case though, the fact that we are rotating the 50kg continuously, with the use of two toothpicks in a distance of 510mm from the shaft, is not enough?
I think that even the scientific analysis of Dr. Kanarev won’t be enough for you.
Please make an effort to read all the details.
CHALKALIS 1 month ago
Sir,
In the pushing once a revolution, your arm performs work on the wheel for over 50cm. That is a lot of input.
The breaking piece of wood is not a very impressive test at all, please explain the point it makes? Your weights are placed halfway a very stiff lever, the wood is placed 5-6x closer to the axle. Plus the wheel had good impulse before hitting it. Nothing surprising that it breaks.
Please elaborate to the world on your theory WHY input along with gravity would offer a gain? THANKS!
Cloxxki 1 month ago