| Latex syntax |
date added |
Equation |
| m_{\rm BH}\propto U \propto \frac{GM_{\rm halo}^2}{r_{\rm halo}}\propto m_{\rm halo}^{5/3} | 2009-11-07 06:30:50 |  |
| m_{\rm BH}\propto U \propto \frac{GM_{\rm halo}}{r{\rm halo}} | 2009-11-07 06:30:15 |  |
| C. Desviacion Estandar= \sqrt[2 ]{ \frac{ \left (46.8-47.8 \right ) { }^{2 }+ \left (47.4-47.8 \right ) { }^{2 } }{ } } | 2009-11-07 05:40:19 |  |
| \left ( \right ) | 2009-11-07 05:37:34 |  |
| \left ( \right ) | 2009-11-07 05:37:32 |  |
| Promedio % KHP= \frac{46.8% + 47.4% + 49.1% }{3 }= 47.8% KHP | 2009-11-07 05:34:44 |  |
| F = G \dfrac{m_1 m_2}{r^2} | 2009-11-07 03:37:26 |  |
| \int_{a} | 2009-11-07 01:44:32 |  |
| \int_{a} | 2009-11-07 01:44:25 |  |
| f=\frac{V L}{v} | 2009-11-06 23:57:26 |  |
| f=\frac{V L}{v} | 2009-11-06 23:57:04 |  |
| f=\frac{V L}{v} | 2009-11-06 23:55:54 |  |
| f=\frac{V L}{v} | 2009-11-06 23:54:13 |  |
| \frac{vol. titulante L(molaridad)( \frac{ 1 mol KHP}{1 mol NaOH })( \frac{ MW KHP}{1 mol Cl } ) }{ g de muestra} | 2009-11-06 18:28:27 |  |
| s= \sqrt[ ]{ \frac{ { ()}^{2 }+ { ()}^{2 } + {() }^{2 } }{2 } } = % | 2009-11-06 17:11:32 |  |
| s= \sqrt[ ]{ \frac{ { ()}^{2 } }{2 } } = % | 2009-11-06 17:10:53 |  |
| KHP= \frac{L \left ( \frac{ molesNaOH}{L } \right ) \left ( \frac{ 1molKHP}{1molNaOH } \right ) \left ( \frac{ 204.14gKHP}{1molKHP } \right ) }{g muestra } x 100 | 2009-11-06 17:05:54 |  |
| KHP= \frac{L \left ( \frac{ molesNaOH}{L } \right ) \left ( \frac{ 1molKHP}{1molNaOH } \right ) }{g muestra } | 2009-11-06 17:04:39 |  |
| KHP= \frac{L \frac{molesNaOH }{ L} \frac{1molKHP }{1molNaOH } }{ g muestra} | 2009-11-06 17:02:41 |  |
| KHP= \frac{L \frac{molesNaOH }{ L} \frac{1molKHP }{1molNaOH } }{ g muestra} | 2009-11-06 17:02:41 |  |