Osculating Circle: Show that P = 1/n. If r(t) is the position vector associated with the curve, write OC in terms of r, p and N. Consider the helix of parametric equations x = 2sin3t, y=t z=2cos3t Find the equation of the plane containing the osculating circle to the curve at the point (0, pi, -2).
Show transcribed image textOsculating Circle: Show that P = 1/n. If r(t) is the position vector associated with the curve, write OC in terms of r, p and N. Consider the helix of parametric equations x = 2sin3t, y=t z=2cos3t Find the equation of the plane containing the osculating circle to the curve at the point (0, pi, -2).
