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--- 183_notes:escape_speed [2021/04/01 12:36] – [Calculating the Escape Speed] stumptyl
+++ 183_notes:escape_speed [2021/04/01 12:37] (current) – [Calculating the Escape Speed] stumptyl
@@ Line 26: / Line 26: @@
   * Final:  $r=\infty$ ;  $v=0$
-The [[183_notes:energy_cons|Energy Principle tells you that the energy of this system is conserved]]. Moreover, you know from the final state where  $r\rightarrow \infty$  and  $v\rightarrow 0$  that both the final potential and final kinetic energies are zero. Hence, the total energy of the system must be zero.
+The [[183_notes:energy_cons|Energy Principle tells you that the energy of this system is conserved]]. __Moreover, you know from the final state where  $r\rightarrow \infty$  and  $v\rightarrow 0$  that both the final potential and final kinetic energies are zero. Hence, the total energy of the system must be zero.__
  $\Delta E_{sys} = W_{surr} = 0 \longrightarrow E_{sys,f} = E_{sys,i}$