3) Sketch the curve of the vector-valued function \vecsr(t)=3sectˆi+2tantˆj and give the orientation of the curve. 9) \(\lim \limits_{t \to \frac{\pi}{2}} \ve...3) Sketch the curve of the vector-valued function \vecsr(t)=3sectˆi+2tantˆj and give the orientation of the curve. 9) limt→π2\vecsr(t) for \vecsr(t)=etˆi+sintˆj+lntˆk For questions 45 - 48, consider the curve described by the vector-valued function \vecsr(t)=(50e−tcost)ˆi+(50e−tsint)ˆj+(5−5e−t)ˆk.
3) Sketch the curve of the vector-valued function \vecsr(t)=3sectˆi+2tantˆj and give the orientation of the curve. 9) \(\lim \limits_{t \to \frac{\pi}{2}} \ve...3) Sketch the curve of the vector-valued function \vecsr(t)=3sectˆi+2tantˆj and give the orientation of the curve. 9) limt→π2\vecsr(t) for \vecsr(t)=etˆi+sintˆj+lntˆk For questions 45 - 48, consider the curve described by the vector-valued function \vecsr(t)=(50e−tcost)ˆi+(50e−tsint)ˆj+(5−5e−t)ˆk.
3) Sketch the curve of the vector-valued function \vecsr(t)=3sectˆi+2tantˆj and give the orientation of the curve. 9) \(\lim \limits_{t \to \frac{\pi}{2}} \ve...3) Sketch the curve of the vector-valued function \vecsr(t)=3sectˆi+2tantˆj and give the orientation of the curve. 9) limt→π2\vecsr(t) for \vecsr(t)=etˆi+sintˆj+lntˆk For questions 45 - 48, consider the curve described by the vector-valued function \vecsr(t)=(50e−tcost)ˆi+(50e−tsint)ˆj+(5−5e−t)ˆk.