- Complete the square to put a quadratic into standard form for a parabola. Identify the vertex. Look at problems 3.1.27 - 3.1.34.
- Find the equation of the parabola with the given vertex and passing through the given point. Look at problems 3.1.39 - 3.1.46.
- List all possible rational zeros of a polynomial function. Do not find which ones are solutions, just list the possible roots. Look at problems 3.3.55-62, part a.
- Use synthetic division to show the value given is a solution to the equation and use the result to completely factor the polynomial. Look at problems 3.3.39 - 3.3.44.
- A polynomial is evaluated using synthetic division. The value and bottom row from the synthetic division are given. Indicate whether the value is an upper bound, lower bound, or neither. Five parts. Look at problems 3.3.75-78 except that the synthetic division has already been done for you.
- Identify the translation and determine the zeros of a transformed function. Three parts.
Example, if
*x*=-2 and*x*=4 are roots of a polynomial, then for*g*(*x*) =*f*(*x*-2), the translation is "two to the right"; and so the*x*values (roots) would become*x*=0 and*x*=6. - A polynomial function is given in both expanded and factored form. Be able to identify
- the number of real or complex zeros, (1 pt)
- the maximum number of extrema (maximums or minimums), (1 pt)
- the right hand behavior of the graph, (1 pt)
- The left hand behavior of the graph, (1 pt )
- the form of any possible rational zeros, (1 pt)
- the maximum number of positive real roots, (1 pt)
- the maximum number of negative real roots, (1 pt)
- all the real and complex zeros, (2 pts)
- where the graph crosses the x-axis, (1 pt)
- where the graph touches the x-axis, (1 pt)
- the y-intercept, (1 pt)
- the domain of the function, (1 pt)
- Also be able to sketch the function. When you sketch, pay attention to the information above. (2 pts)

- Same as #7.
- A rational function is given in factored form. Be able to identify
- the domain of the function, (1 pt)
- simplify the function, be sure to state any restrictions that may be necessary after the simplification. (1 pt)
- the behavior of the graph when there is a common factor between numerator and denominator (multiple choice), (1 pt)
- for what values in the domain of the function will the graph cross the x-axis (1 pt)
- for what values in the domain of the function will the graph touch the x-axis (1 pt)
- the behavior at the right and left sides [ horizontal asymptote ] (multiple choice), (1 pt)
- where the graph is asymptotic in different directions to a vertical line (1 pt)
- where the graph is asymptotic in the same direction to a vertical line (1 pt)
- Sketch the graph of the function. (2 pts)

- Same as #9.
- Write the function (in factored form) with
*integer*coefficients which has the indicated zeros. Be aware of multiplicity and complex roots or roots with radicals. You do not need to expand the polynomial, but you do need to make sure there are no radicals, complex numbers, decimals, or fractions in the coefficients. Three Parts. Look at problems 3.2.53-64 and 3.4.41 - 3.4.48. - True or False. Know ...
- That complex solutions involving
*i*come in pairs so the number of extrema and real roots can decrease from their maximum by twos. - When an oblique asymptote occurs.
- Polynomials are smooth and continuous, continuous functions however do not have to be smooth, nor do continuous functions have to be polynomials.
- What the Intermediate Value Theorem does and does not guarantee.
- Not all polynomials are one-to-one functions.
- Rational functions aren't continuous.

- That complex solutions involving
- Write the function whose graph could be shown. There are more than one possible function. Watch out for the exponents on factors to make the behavior turn out right. Don't forget about the number of extrema and its relation to the degree of the polynomial. Three parts.

- No graphing calculators are allowed on this exam.
- Where specific problems are indicated to look at, the problem is similar to, but not exactly the same as, those problems in the book.
- Problems 7 - 10 each take one page and are like the practice problems in the classroom handouts.
- Do not spend too much time on any one problem or you will have difficulty getting through the entire test in the 50 minutes.

# |
1 |
2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
10 |
11 |
12 |
13 |
Total |

Points |
3 | 4 | 4 | 4 | 5 | 6 | 15 | 15 | 10 | 10 | 6 | 9 | 9 | 100 |