Consider the curve traced out by the parametric equations: { x = 1 + cos(t) y...

Consider the curve traced out by the parametric equations: { x = 1 + cos(t) y = t + sin(t) for 0 ≤ t ≤ 4π.

1. Show that that dy dx = − 1 + cos(t)/sin(t) = − csc(t) − cot(t).

2. Make a Sign Diagram for dy dx to find the intervals of t over which C is increasing or decreasing.

• C is increasing on: • C is decreasing on:

3. Show that d2y/dx2 = − csc2 (t)(csc(t) + cot(t))

4. Make a Sign Diagram for d 2 y dx2 to find the intervals of t over which C is concave up or concave down.

• C is concave up on: • C is concave down on:

5. Using all of your work from numbers 1 through 4, sketch a detailed graph of C. Label the points (x, y), if any, where C has horizontal tangents, vertical tangents, or where C is not smooth.

Expert Solution

Colby Messinger answered 1 year ago

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