Earlier quoted context omitted.
"calculating the net force on a spaceship between the earth and the moon" Well, that's your problem. There's a ton of physics that premeds should learn, but gravity is not one of them. Calculating electric potentials, forces etc. as applied to biological membranes would be infinitely better. Teach them the doppler effect, so they'll understand that ultrasound flow meter from the get go. Don't even get me started on N…
You know, that's a very bold statement for someone who probably is not and never has been a physics educator. In order to make any sense out of even entry level physics and in some sense understand how it's unified, we teach (an often light) version of Newtonian mechanics; it's really rather strange, and usually far too abstract to teach Newtonian mechanics without simple forces like gravity near the surface of the e…
I remember constructing one numerical assignment for intro phys. for mech. eng. that was supposed to teach numerical integration of ODEs, so I had them set up Newton's second law for a soccer penalty kick, working their way up to including realistic air resistance plus Magnus effect. Boy, they were excited to be able to curve that ball past the keeper into the upper corner of the goal (this was Matlab and I gave them code to draw the path in 3D on a soccer field).