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Catherine Bartholfon 11 January 2010
Transcript of Pre-calculus Review
Check out this website for an animation of a sinusoidal wave! Visit this site to explore an interactive tutorial with a Java Applet. Domain is the x values on a coordinate plane while the range is the y values of the coordinate plane. Combinations and compositions are created using two functions.
Combinations use addition, subtraction, multiplication and division.
Compositions use one function value and plug that value into the other function. The Rational Zero Test can be used to determine all of the possible zeros of a function. Box division is another way to perform division of polynomials. It does not matter to what degree the polynomial is. Set the expression in the denominator equal to zero then solve. This helps to determine the domain. Test your knowledge of finding domain with these problems and then check your answers. (No peeking!) http://www.purplemath.com/modules/logrules.htm Visit this website to learn about the basic rules of logs, expanding logarithmic functions, and simplifying logs. You can graph two log functions and see where their point of intersection is to see where the functions are equal. Cotangent Secant Cosecant This is cosecant without shift This is cotangent without shift This is secant without shift Look at the degree of the polynomials in the numerator and the denominator.
1. If the denominator power > numerator power, then the horizontal asymptote (HA) is y=0
2. If the denominator power = numerator power, then the HA is y= ratio of the leading coefficients
3. If the denominator power<numerator power, then there is NO HA.
*Remember: Since the HA is an end behavior asymptote, the graph can across the HA in the middle. Slant asymptotes occur when the degree of the numerator is one more than the degree of the denominator. Where the graph crosses the x-axis Where the graph crosses the y-axis Standard Form Triangle http://www.algebralab.org/studyaids/studyaid.aspx?file=Trigonometry_LawSines.xml This site provides more info on solving oblique triangles. ASA