erlando
Master Poster
- Joined
- Apr 23, 2007
- Messages
- 2,432
Wrong
Yes you are.
Wrong
Bjarne, you don't show where the math is wrong with the standing scientific theories, and you don't show the math to correct it, so why should we even start to think you're right.
Paul
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[qimg]http://www.science27.com/forum/cowlogic.jpg[/qimg]
Please take this question serious.
What is wrong with the illustration above.
Something do not fit to reality
WHAT ?
Apart from the fact that it would take a lot more than 10N to keep a bull in tow, it has absolutely nothing to do with elementary spin or electron orbits.[qimg]http://www.science27.com/forum/cowlogic.jpg[/qimg]
Please take this question serious.
What is wrong with the illustration above.
Something do not fit to reality
WHAT ?
At least you realise that much.Something do not fit to reality
Right you are closing in, there is more wrong WHATApart from the fact that it would take a lot more than 10N to keep a bull in tow,
Rightit has absolutely nothing to do with elementary spin or electron orbits.
There's not enough **** coming out of the bull to represent your hypothesis.
http://www.science27.com/forum/cowlogic.jpg
Please take this question serious.
What is wrong with the illustration above.
Something do not fit to reality
WHAT ?
Rightit has absolutely nothing to do with elementary spin or electron orbits.
WRONGNothing is wrong except you have posted a stupid moo cow picture.
Maybe the cowboy have a (hidden) gun.Cows are smart. That cow will turn around and kill the cowboy
Ohh in the end it has.It has nothing to do with the spin of elementary particles.
No this image is really a open door to understand much more of gravity, so now OPEN YOU EYES.It especially has nothing to do the quantum mechanical electron orbitals.
You know this and are deluded enough to post the picture again:
You are ahead the point now.If we replace the cow with a moon, the man with a planet and the rope with gravity then we get an physically correct picture that has something to do with gravity. That is the picture that is high school students often see
Now seriously
WHAT is obviously wrong here
Why don't you save us all a bit of time and tell us what you think is wrong.
No math there, were is the math?Measurement will show ADG towards a centre of a homogeneous mass NOT is decreasing
The math is simple like that >
http://www.internationalskeptics.com/forums/showpost.php?p=5929509&postcount=567
Eyes and brains can be and have been fooled, seeing is not a test.Because you must SEE it with your own eyes.
Here the book can't help you
Hellooooooo, the moon is moving away from the earth, do you know why???In the same way, the Earth must be able to resist the moons "attempt" to escape.
Here is the correct answer
...FINALLY cracked....
Whenever a first body exerts a force F on a second body, the second body exerts a force −F on the first body. F and −F are equal in magnitude and opposite in direction.
That's just so far from right that it isn't even in the same galaxy!Here is the correct answer
[qimg]http://www.science27.com/forum/cowlogic.jpg[/qimg]
The Cowboy is not a real cowboy but only a wimp.
He properly could not even hold a big dog in orbit, simply because he can not resist the pull of the bull.
This image (below) is closer to reality.
[qimg]http://www.science27.com/images/coworbit.jpg[/qimg]
[qimg]http://www.science27.com/images/EarthMoon2.jpg[/qimg]
In the same way, the Earth must be able to resist the moons "attempt" to escape.
Exactly like the bull transfer force back on the cowboy, so does the Moon transfer force back on Earth.
Due to that the Earth rotate with a certoan speed, this is because increasing rotation speed also give the Earth increasing resistance against motion (agianst rotation).
The speed of the Earth's rotation must reflect the excact energy that is caused due to the Moons attempt to escape.
The Moon (image above) keep increasing the Earth rotation speed exactly until the rotation resistance counteracts the force necessary to keep the Moon in orbit. Not more not less.
It should be logical that the "energy bill" for keeping the Earth rotating, is paid by gravity.
But who is paying the energy bill for the resistance against orbit-motion (for keeping the Moon in orbit). ?
The answer is: that the Moon can't distinguish between the resistance for pulling the Earth's rotation, and the resistance against it own orbit motion.
Therefore the force it transfers to the Earth's rotation is already deducted the resistance against its own motion.
Therefore gravity pays both these resistance-energy bills.
This also means that when that when another strong force (another big Moon) suddenly would contribute to keep the Earth rotating much faster, this would force our old Moon further out.
In the same way if the Sun suddenly would rotate faster, the planet would be thrown further out in space.
Seen from this perspective, - retrograde Satellites do not lose altitudes due to resistance, because orbit-gravity always pay all the resistance bills, both for the central bodies rotation and for the orbit motion
FINALLY cracked
The site is updated
Junk have been replaced with reality > http://www.science27.com/english/Culcu3.htm
This also brings a completely new light to Mercury’s real perihelion anomaly as well >>http://www.science27.com/english/MercuriesAnomaly.htm
So fare this is only a rough draft not corrected to perfect English and not edited either. But you can read and understand.
So what you really tries to do now is telling the wimp – (cowboy) that he has misunderstood it everything.You are just displaying that you have "FINALLY cracked ".
That is a real display of your ignorance:
Newton's Third Law shows that you have missed an force.
Quote:
Whenever a first body exerts a force F on a second body, the second body exerts a force −F on the first body. F and −F are equal in magnitude and opposite in direction.
This is the direction the bull wants to move, exactly like the tanks want to drive to the North, but according to you, - the wimp gets it into orbit. Just “klaks.”You have added a force that does not exist (the arrow along the path).
Tidal forces and angular momentum exchange (which pushes the Moon farther from the Earth) result in a gradual slowing down of the Earth's rotation speed.