-Perform long division of polynomials to find the quotient
and/or remainder (4.1 7-24)
-Use synthetic division to find the quotient and remainder, to evaluate a
polynomial, or to
verify a zero . (4.1 33-46, 4.2 7-12, 13-24)
-Create polynomials with desired x-intercepts (4.2 25-32, 39-58)
-List all possible rational roots of a polynomial (4.3 19-26)
-Apply Descartes’ rule to count the possible negative -and-positive-for.html">number of positive , negative, and
complex
roots (organize in a table). (4.3 77-82)
-State the degree, end behavior, and y- intercept of a polynomial (4.4 11-16,
23-30)
- Graph polynomials using the degree, end behavior, x- and y-intercepts, zeroes
of
multiplicity , and all maxima and minima to round out the graph. (4.4 43-56)
-Graph rational functions finding all intercepts and asymptotes (horizontal,
vertical, and
slanted). (4.5 39-56, 4.6 19-50)
-Find non linear asymptotes by division (4.6 47-50)
- Solve polynomial and rational inequalities with number lines (4.7 7-48)
