From History of Physics at Sussex
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| − | <span class="texhtml">''s''i''n''<sup>2</sup>(''x'') + ''c''o''s''<sup>2</sup>(''x'') = 1</span> | + | <span class="texhtml">''s''i''n''<sup>2</sup>(''x'') + ''c''o''s''<sup>2</sup>(''x'') = 1</span> |
| − | <math> | + | <math>\exp(i\pi)\neq \int_{\infty}^{\theta}dx \frac{x^2}{\Xi}</math> |
| − | \exp(i\pi)\neq \int_{\infty}^{\theta}dx \frac{x^2}{ | ||
| − | </math> | ||
Revision as of 11:31, 29 March 2011
sin2(x) + cos2(x) = 1
<math>\exp(i\pi)\neq \int_{\infty}^{\theta}dx \frac{x^2}{\Xi}</math>