whs said:
Oh really? So tell me, you get your BS in physics and you are off to teach High school. What steps would you take to dumb yourself down? Go out drinking for a few months? Hit up starbucks and tediously try to understand a lack of details? There is no such thing as 'dumbing yourself down'. Its an excuse people make that either can't teach, or don't understand these concepts.
I find it hilarious that someone who CHOSE to teach would find it difficult to teach very simple concepts that were a part of the degree itself.
My math degree doesn't hinder me in the least from teaching simple concepts. More proof that I am brilliant I suppose..
That's ridiculous. You can't draw any conclusions about a teacher's ability based on how they had to prepare for it. Advanced physics is completely different from beginning physics. It's not necessarily the technical math itself, but the philosophical part of math.
But the point you're missing is not really subject dependent. When you teach formally, you have a lot of people in front of you. You've learned, collected, and managed a lot of assumption about your subject material over the 4+ year period of learning it. There's terms that you can't assume everybody knows, simple algebraic tricks that you haven't used in years because you've developed an intuition, and don't need them anymore.
Furthermore, all the advanced physics rules are defined in terms of calculus. I never memorized all the algebraic relationships in intro physics because I can derive them from a differential equation or integral. That would take a lot of time from the students if you derived everything whenever you needed it right in front of them, so you have to relearn (even if by derivation) all the material in the algebra frame.
That's a common theme in physics (especially electromagnetics). As you get more and more advanced, all the equations that describe your system collapse into less and less equations. Going with the electromagnetics example, you start off learning a crap load of different relationships between charge, current, time, voltage, resistance, inductance, and so many more, but then eventually you learn the four Maxwell equations, then later you learn how to condense them all into one equation.
But that one equation requires years and years condensing. You have to "extract" it back out to make sense of it for a beginner.