Campuses:
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| classes:2009:fall:phys4101.001:q_a_1202 [2009/12/04 10:58] – jbarthel | classes:2009:fall:phys4101.001:q_a_1202 [2009/12/06 21:49] (current) – ely | ||
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| ====Captain America 12-02 10:39==== | ====Captain America 12-02 10:39==== | ||
| Can anyone explain how to find the value you want on the Clebsch-Gordon table? | Can anyone explain how to find the value you want on the Clebsch-Gordon table? | ||
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| + | ===Devlin === | ||
| + | I'm also having some serious issues with this table. | ||
| ===prest121 12/2 5:50pm=== | ===prest121 12/2 5:50pm=== | ||
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| === The Doctor 12/3 1:31 AM === | === The Doctor 12/3 1:31 AM === | ||
| The variety of divergent trajectories with various Lyapunov exponents makes the problem too difficult for undergraduate courses. | The variety of divergent trajectories with various Lyapunov exponents makes the problem too difficult for undergraduate courses. | ||
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| + | ===Dark Helmet 12/6 21:46=== | ||
| + | My understanding is that it just gets really really complicated because the interaction of body 1 with body 2 changes how they interact with body 3 which then changes again how body 1 and 2 react, etc etc. However, i think this problem only applies when doing it by hand considering the large number of N body simulations that are being done by computer(dark matter collapse, what-have-you). | ||
| ====Hydra 12/2==== | ====Hydra 12/2==== | ||