Kepler orbits
The orbit equation in $u = 1/r$, conic orbits $r = c/(1 + \epsilon\cos\phi)$, orbital elements, energy $-GMm/2a$, the vis-viva equation and Kepler's third law.
About 35 minutes8 activities Paper packet
The orbit equation in $u = 1/r$, conic orbits $r = c/(1 + \epsilon\cos\phi)$, orbital elements, energy $-GMm/2a$, the vis-viva equation and Kepler's third law.
About 35 minutes8 activities Paper packet