The hip is an example of a ______ joint.

Draw a function that satisfies the following:

The graph of a function f(x) is given below. Sketch its derivative, noting any key features.

For q7-q9, provide the: Domain and Range x/y intercept(s), if applicable Asymptotes, if applicable Critical points (w/ analytic classification) Inflection points Intervals of increasing/decreasing Intervals of up/down concavity If a feature does not apply, show analytically why this is the case!

What is the difference between a critical point and an inflection point? Describe the difference analytically and graphically.

Is it possible for a function to have a critical point and an inflection point at the same x value? Why or why not?

Give the definition of vertical and horizontal asymptotes using limits.

Suppose we have a rectangular piece of cardboard that measures 5ft by 8ft. We cut out squares with side lengths from each of the corners in order to then fold the cardboard into a box without a lid. Find the volume of the largest box that can be made in this way.

In the functional classification of joints, an amphiarthrosis is also known as:

State the function of the following muscles.                                                              (6 Marks) A.         Piriformis. [BLANK-1] B.         Obturator internus. [BLANK-2] C.         Gemellus superior. [BLANK-3] D.         Gemellus inferior. [BLANK-4] E.          Quadratus femoris. [BLANK-5] F.          Gluteus minimus. [BLANK-6]