Re^2: (way)(OT): Lorentz Force worked numerical example.

The package you suggest is for working with the Lorentz Transformation, which is used in special relativity. The OP here is concerned with electromagnetic interaction, which is quite different indeed.

But, it was worth a shot! And a good shot, seeing as I was born when you took your last physics course ;)

Comment on Re^2: (way)(OT): Lorentz Force worked numerical example.

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Re^3: (way)(OT): Lorentz Force worked numerical example. by apl (Monsignor) on Aug 01, 2008 at 17:17 UTC
Many thanks for the gentle correction. After I posted, I realized that the OP was BrowserUk, who I know would have checked CPAN. So I immediately knew I was wrong... So... what is the dominant paradigm of the day? (I was taught that a new theory was seldom adopted before the death of the acceptors of the prior theory. In spite of the talk of Quantum Computing, I'd expect Quantum to be as dead as Heisenberg...)	[reply]

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Re^3: (way)(OT): Lorentz Force worked numerical example.
by apl (Monsignor) on Aug 01, 2008 at 17:17 UTC

BrowserUk

So... what is the dominant paradigm of the day? (I was taught that a new theory was seldom adopted before the death of the acceptors of the prior theory. In spite of the talk of Quantum Computing, I'd expect Quantum to be as dead as Heisenberg...)

[reply]