The Lee-Tseung Lead Out Theory

[ltseung888]

Discussion by Physics Students on whether a square wheel is already an unbalanced wheel (Part 2)

Student D: ?I believe the square wheel is a balanced wheel if it simply rotates in mid-air without touching the ground.  It is symmetrical.  Every part is balanced by another part.?

Student A: ?It is not perfectly symmetrical like a circle.  When it rotates, the centripetal forces on the corners are higher because they are further from the center.  That might already be contributing to the Pulse.?

Student D: ?I disagree.  Consider the torque that might be produced by the extra weight of the corner when it is at the top RHS.  This torque will be balanced by the opposite torque produced by the extra weight of the opposite corner at the bottom LHS.?

Student B: ?You have a good point.  We have to think about it more.  If we want to be lazy, we can ask the old Tseung and/or Ms. Forever.?

Student C: ?Should we invite the Forum Members to comment on this?  Any one care to comment?

[ltseung888]

Discussion by Physics Students on whether a square wheel is already an unbalanced wheel (Part 3)

Student A: ?Mr. Tseung, in your opinion, is the square wheel rotating in mid-air a balanced or an unbalanced system??

Tseung: ?Let us focus on the practical side.  Almost any wheel, be it square or circular, will not be perfectly balanced when built.  The bicycle or wheel shops will clamp tinny weights to balance them.  When we received the wheels from Sun et al, we know that they are not perfectly balanced.?

Student B: ?What do you do then??

Tseung: ?We had holes drilled by Sun et al.  These holes could not be in perfect positions.  Thus we know beforehand that the wheels are unbalanced.  We then put screws and nuts at certain spots trying to provide balance.  If you look carefully at the picture of the square wheel, you can find a few of these screws.?

Student A: ?I see your tactics now.  You first balance the wheel and then use the falling ball mechanism to unbalance it.  Very clever.?

Student B: ?But you have not answered the original question ? is the square wheel an unbalanced wheel??

Tseung: ?For our purpose, it does not matter.  We deliberately make it unbalanced for our experiments.?

[ltseung888]

Discussion by the physics students

Student A: ?If the experiment described on reply 1131 can be confirmed and replicated Worldwide, does it mean that the Lee-Tseung Lead Out theory is totally confirmed beyond a shadow of doubt??

Student B: ?If we do not worry about the theory and just look at the experimental evidence, we can say that:
(1)   When the ball falling distance is zero, the rotational time is T1.
(2)   When the ball falling distance is 0.5 cm, the rotational time is T2.
(3)   When the ball falling distance is 16 cm, the rotational time is T3.
Average T1 = 89.0 seconds; T2 = 130.7 seconds T3 = 4.7 seconds?

Student C: ?If the results are reproducible, I would say that the falling distance of the ball has a definite effect on the rotational time.  A longer falling distance may not necessarily make the rotational time longer.?

Student D: ?I would say that the results seem to indicate that the Lee-Tseung theory may be on the right track.  A Pulsing Mechanism may increase the rotational time.  The explanation that additional gravitational energy is lead out by unbalanced rotation fits the observed result.  However, I would not bet my Physics Career on it yet.  The experiment is too crude.  I would recommend better apparatus and more research.?

[ltseung888]

A private email in Chinese

你好
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不知可否給予更多資訊.

謝謝

Simply translated.  This person wanted to understand more about Energy from Still Air.  I have directed him to this forum.

[ltseung888]

Discussion by the Physics Students

Student A: "In reply 1131, there are 95 views on the jpg picture.  There are only 6 downloads on the file.  What does that mean?"

Student B: "Many Forum Members just browse without digging into the details."

Student C: "That is what one should expect with sowing seeds."