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Magnetic force: An approach with Bernoulli's equation.
1. Abstract: In this paper, Bernoulli's effect is used to interpret
the magnetic force. See my posting: http://groups.google.com/groups?selm...g .google.com All comments are welcome. Ka-In Yen |
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Magnetic force: An approach with Bernoulli's equation.
"Ka-In Yen" wrote in message
om... My dear friends, I am very sorry to disappoint you, the above derivation is incomplete. It's also in an astronomy group rather than a physics group. Why is that? |
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Magnetic force: An approach with Bernoulli's equation.
"Greg Neill" wrote in message m...
"Ka-In Yen" wrote in message om... My dear friends, I am very sorry to disappoint you, the above derivation is incomplete. It's also in an astronomy group rather than a physics group. Why is that? Dear Greg Neill, For astronomers are user of light, I am highly exepecting to hear their comments. Ka-In Yen |
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Magnetic force: An approach with Bernoulli's equation.
"Ka-In Yen" wrote in message
om... "Greg Neill" wrote in message m... "Ka-In Yen" wrote in message om... My dear friends, I am very sorry to disappoint you, the above derivation is incomplete. It's also in an astronomy group rather than a physics group. Why is that? Dear Greg Neill, For astronomers are user of light, I am highly exepecting to hear their comments. Can you suggest an astronomy related application for your derivation? |
#6
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Magnetic force: An approach with Bernoulli's equation.
"Greg Neill" wrote in message ...
"Ka-In Yen" wrote in message om... "Greg Neill" wrote in message m... "Ka-In Yen" wrote in message om... My dear friends, I am very sorry to disappoint you, the above derivation is incomplete. It's also in an astronomy group rather than a physics group. Why is that? Dear Greg Neill, For astronomers are user of light, I am highly exepecting to hear their comments. Can you suggest an astronomy related application for your derivation? Dear Greg Neill, An author suggests that ether is a candidate of dark matter. For your reference: http://groups.google.com/groups?dq=&...ptusnet.com.au Ka-In Yen |
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Magnetic force: An approach with Bernoulli's equation.
"Ka-In Yen" wrote in message om... "Greg Neill" wrote in message ... "Ka-In Yen" wrote in message om... "Greg Neill" wrote in message m... "Ka-In Yen" wrote in message om... My dear friends, I am very sorry to disappoint you, the above derivation is incomplete. It's also in an astronomy group rather than a physics group. Why is that? Dear Greg Neill, For astronomers are user of light, I am highly exepecting to hear their comments. Can you suggest an astronomy related application for your derivation? Dear Greg Neill, An author suggests that ether is a candidate of dark matter. For your reference: http://groups.google.com/groups?dq=&...ptusnet.com.au That's nice, but the aether's been dead for some time now. Besides, I didn't get the impression that your derivation had anything to do with aether... |
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Magnetic force: An approach with Bernoulli's equation.
"Greg Neill" wrote in message ...
That's nice, but the aether's been dead for some time now. Besides, I didn't get the impression that your derivation had anything to do with aether... Dear Greg Neill, A new model of ether has been proposed: The similarity between light and wave on string. http://groups.google.com/groups?grou...gle.com&rnum=1 Mass of ether is same to mass of potential energy m=PE/c^2. Basing on this model, magnetic foce is proved to be a force of fluid dynamics. Ka-In Yen |
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