Content deleted Content added
Line 97:
\dot{e}+\alpha e= (\dot{e}(0)+\alpha e(0))e^{-\frac{\kappa}{2} t}
</math>
Which can then be solved using any linear differential equation methods
==Notes==
| |||
Line 97:
\dot{e}+\alpha e= (\dot{e}(0)+\alpha e(0))e^{-\frac{\kappa}{2} t}
</math>
Which can then be solved using any linear differential equation methods
==Notes==
| |||