Lawrence, I am impressed.
What I am studying right now in physics is position and velocity equations for oscillations. Position equation being x(t)= Acos(ωt + φ), and the velocity equation being v(t) = -ωAsin(ωt + φ). The velocity equation is just taking the derivative of the position equation with respect to t. I am also studying wavelengths, which you don't even want to see those equations because they involve differential equations.
What I studied earlier this quarter in calculus is series and sequences, which in a big way relates to what we are talking about.
What I am studying right now in physics is position and velocity equations for oscillations. Position equation being x(t)= Acos(ωt + φ), and the velocity equation being v(t) = -ωAsin(ωt + φ). The velocity equation is just taking the derivative of the position equation with respect to t. I am also studying wavelengths, which you don't even want to see those equations because they involve differential equations.
What I studied earlier this quarter in calculus is series and sequences, which in a big way relates to what we are talking about.
