206
reputation
1
8

CR Drost

My name is Chris. I was born in Ithaca, NY, and studied biomedical engineering and engineering physics there at Cornell, before getting my M.Sc. Applied Physics from the TU Delft in the Netherlands. I call both countries home but right now I am living in Kansas City. I am here because I love people and I want them to excel.

If you are reading this because I used some level of abstraction in some answer that went way over your head, I am sorry: it is because that is to me the simplest form of that idea. Please feel free to ask me in comments to "dumb down" these sorts of details; and I will do my best. There are usually easier ways to explain special cases and stuff.

So, for example, the work-energy theorem can be worked out, in a limited sense, with plain middle-school algebra: but if you know vectors and calculus, the "differential" form (P = dK/dt) is much easier and clearer to start with, and the work-energy theorem is just the time-integral of that. So I will tend towards the "easy/clear" version with vectors and calculus: but if you don't know vectors and calculus, you're going to miss out! If you are reading this because that has happened, ask me in comments for the lower-skill-level explanation, and I will try to give you that middle-school algebra version.

(But, for your own good, learn vectors and calculus. It is a tragedy that people try to teach physics without some "0th-year-course" on those topics. In fact college courses seem to reteach the same stuff year after year at all skill levels, just because they don't want to set aside a prerequisite freshman course on the subject to teach it to everyone together.)

2
answers
1
question
~440
people reached
  • Kansas City, MO
  • Member for 4 years, 10 months
  • 247 profile views
  • Last seen Oct 25 at 20:33

Top tags (7)

Score 4
Posts 1
Posts % 33
Score 4
Posts 1
Score 0
Posts 1
Score 0
Posts 1
Score 0
Posts 1
Score 0
Posts 1

Top posts (3) All Questions Answers | Votes Newest

Badges (9)

Gold

Silver

1

Rarest

Bronze

8

Rarest