Synthetic Division (Simple Version)

This applet will enable you to learn synthetic division with ease and efficiency. Polynomials of up to degree 6 can be entered, the program will do the arithmetic, you need to learn how to do this on your own. Have fun!![br][br]When entering coefficients, make sure that you first arrange the terms in descending order of the powers. Use a 0 as a placeholder when the coefficient of a term is missing. Your last coefficient is a constant term, even if it is a 0. If your polynomial has degree 5 or less, leave the last box(es) blank or you can use the line for that polynomial function. If your polynomial has degree 2, the quadratic formula or factoring will be more efficient.[br][br]To preserve the formulae in the cells, be sure to type only in the blue or pink boxes. A Reset button will allow you to start an new expression. Use the [b]Reset[/b] button on the graphic screen restore formulae in spreadsheet. Sample1 show a fully factorisable expression; Sample2 shows a partially factorisable expression.[br][br][b]Warning[/b]: This applet does not solve all Synthetic Division problems, it is a tool to help you to learn to do synthetic division yourself.
Synthetic Division (Simple Version)
This applet can be used by teachers in a demonstration mode in the classroom or teachers can have students load it on their own computers as a worksheet to be completed for a grade.

Transformations: Basic Family of Functions

In this activity you will use a slider to change the basic (parent) functions. You will be able to change value of the sliders [math]a_0[/math], [math]a_i[/math], h, and k to transform the function by moving these sliders. The [math]r_0[/math] and [math]r_i[/math] allow your to reflect outside and inside of the function change you results. There are two check boxes to permit the user to easily demonstrate the results of a vertical or horizontal line test. The [math]a_0[/math] and the [math]a_i[/math] represent the effects of multipliers outside of the function f(x) and inside the parenthesis of f(x), sometimes these multipliers when used separately produce the same graph. When [math]a_0[/math] or [math]a_i[/math] are zero, the resulting graph is a constant function.[br] [img]data:image/png;base64,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[/img] [br][[b]Note[/b]: you may need to move a panel right to about 10 on x-axis.]
Your job is to determine the effects of each of the sliders on parent functions.[br]a) What does [math]a_o[/math] do to each function? Hint: its effects are the same for all functions.[br]b) What does [math]a_i[/math] do to each function?[br]c) What does h do in each function?[br]d) What does k do in each function?[br]e) What does [math]r_o[/math] do in each function?[br]f) What does [math]r_i[/math] do in each function?[br]g) Which axis is effected by the [color=#1551b5]blue[/color] sliders?[br]h) Which axis is effected by the [color=#c51414]red[/color] sliders?[br][br]Use these handouts as a guide to analyze the included functions.[br][br] Student worksheet (Original) [url=http://web.psjaisd.us/auston.cron/ABCronPortal/GeoGebraMenu/GeogebraFiles/funcProps/documents/Transformations_Families_of_Functions_Student.pdf]PDF[/url] [url=http://web.psjaisd.us/auston.cron/ABCronPortal/GeoGebraMenu/GeogebraFiles/funcProps/documents/Transformations_Families_of_Functions_Student.docx]DOCX[/url] [url=http://web.psjaisd.us/auston.cron/ABCronPortal/GeoGebraMenu/GeogebraFiles/funcProps/documents/Transformations_Families_of_Functions_Student.doc]DOC[/url].[br] Graph sketching guideline worksheets [url=http://web.psjaisd.us/auston.cron/ABCronPortal/GeoGebraMenu/GeogebraFiles/funcProps/documents/Graphing%20templateAlg2.pdf]Algebra II/Regular Precalculus[/url] [url=http://web.psjaisd.us/auston.cron/ABCronPortal/GeoGebraMenu/GeogebraFiles/funcProps/documents/Graphing%20templatePreCal.pdf]PreCalculs/Calculus[/url] (two templates per page)[br] New worksheet in process of completion[br][br]This applet can be used by teachers in a demonstration mode in the classroom or teachers can have students load it on their own computers as a worksheet to be completed for a grade.

Finding the Difference Quotient of a polynomial function.

The difference quotient is used to teach students an algebraic method for finding the derivative of a function. Type in any polynomial function. The applet will then display the algebra the student needs to write or should have written if checking assignments. This will not work correctly for non-polynomial functions.

Thanks to miir on the GeoGebra Forum for the assist.

Information