As a cheetah runs, its velocity is $v ( t ) = \left\{ \begin{array} { ll } { 12 t ^ { 2 } } & { \text { for } 0 \leq t \leq 2 } \\ { - t ^ { 2 } + 52 t - 52 } & { \text { for } t > 2 } \end{array} \right.$ where $v(t)$ is measured in feet per second.

1. Sketch a graph of $v(t)$ on your paper.

   Graph (a):

   

2. Approximately how fast is the cheetah running at $t = 1$ second? How did you get your answer?

   Hint (b):

   This is a velocity function. So, what is the $y$ value at $x = 1$?

3. To catch prey, such as an antelope, the cheetah runs for $3$ seconds. Approximately how far does it need to run to catch its prey? Describe your method.

   Hint (c):

   Use geometry to approximate the area under the curve.

   Answer (c):

   Trapezoid Method $107.5$ ft
   Midpoint Method $101.75$ ft
   There are other valid geometric methods.

4. If the cheetah spots Annalou the Antelope standing $50$ feet north of the Great Pond and runs north in a direct line towards her, catching her in exactly $3$ seconds, what was the cheetah's initial position relative to the pond?

   Hint (d):

   Your answer in part (c) is an approximation of how far the cheetah traveled in $3$ seconds. At $t = 0$, Annalou was only $50$ feet north of the pond. Where was the cheetah?