From 8ea9ffc45b7e8c79ef4ca08582094eb7ffe660f7 Mon Sep 17 00:00:00 2001 From: Bryan Weber Date: Tue, 21 May 2024 22:19:27 -0400 Subject: [PATCH] Fix one more typo (#26) Missed one star. --- the-n-body-problem/circular-restricted-three-body-problem.md | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/the-n-body-problem/circular-restricted-three-body-problem.md b/the-n-body-problem/circular-restricted-three-body-problem.md index cb05fb9..981df80 100644 --- a/the-n-body-problem/circular-restricted-three-body-problem.md +++ b/the-n-body-problem/circular-restricted-three-body-problem.md @@ -281,7 +281,7 @@ where $\tau = t/t_C$. Making the terms on the right hand side of Eq. {eq}`eq:fiv :::{math} :label: eq:non-dim-five-term-accel-cr3bp -\ddot{\vector{\rho}} = \left(\ddot{x}^* - 2\dot{y}^* - x^*\right)\uvec{\imath} + \left(\ddot{y}^* + 2\dot{x}^* - y^_\right)\uvec{\jmath} + \ddot{z}^*\uvec{k} +\ddot{\vector{\rho}} = \left(\ddot{x}^* - 2\dot{y}^* - x^*\right)\uvec{\imath} + \left(\ddot{y}^* + 2\dot{x}^* - y^*\right)\uvec{\jmath} + \ddot{z}^*\uvec{k} ::: Now we have the non-dimensional inertial acceleration, we need to make Eq. {eq}`eq:vector-eom-cr3bp`, the equation of motion, non-dimensional. After a bunch of algebra, not shown here, we end up with: