I was sitting in my car for 40 minutes with the engine on, because my car battery is weak. I have a suspicion that the wiring of the radio is causing the battery to drain, but I’d rather wait to get a new car than fix this current one, as it might cost more than a grand, which isn’t worth it after depreciation.
So I was in my car revising for science lessons I had this week, and observed an example of physics happening in real time.

I drew the arrows of how light would travel from the sun and reflect off the mirrors into my eyes (I tried to draw an arrow pointing out, but it’s restricted on a 2D image (such as a 2D representation of the 2Pz orbital coming out along the z axis.) Applying it to Renaissance art, the trickery of the eye is done by using foreshortening and perspective lines to create the illusion of the Z axis for the drawings and paintings. So I could have drawn a 3D arrow with foreshortening techniques.
I think I retract that notion of physics being harder than chemistry at this particular point, because with chemistry, I don’t know how to find a real life example of shells, sub shells, orbitals and electrons. We were shown an analogy of a building, but I still have trouble extrapolating how a building relates to electrons on a microcosmic/quantum level, it confused me more than if I was just explained the non-analogy of orbitals and sub shells. I’m watching Khan Academy videos on YouTube to help me understand it further.
I’m also observing different styles of teaching, and taking note of it so it can help me one day, on an odd chance of me ending up teaching when I pursue a PhD. What seems to work in pedagogy is being interactive with students instead of the classic lecturing style of having the lecturer talk and students take notes. There’s also methods STEM lecturers use to gather data from students and gauge whether we’re learning and following the teaching during lesson.