Rational Expressions Performance Task

Execution Tasks for Regular Expressions . 1) (3x+ 2) (x+.x +4x +6x.

[Fixed] Regular expressions are often used when combining working digits.
[Fixed] Regular expressions are often used when combining work rates from www.coursehero.com

The purpose of this activity is to build on the work done in the previous two activities. The results of the Spring 2013 National Math Solar Test have been analyzed. Find the area of ​​a pa.

The national results of the spring 2013 mathematical soil tests have been analysed.


(f.if.4, f.if.7d) Done, ready, homework: both have real applications in industries such as architecture, carpentry and masonry. The central ideas of this task are that students understand the laws of exponents;

Performance Task Solve the following problems involving regular expression operations.


1) (3 x+ 2) (x+. Simplify the expression using the properties of radicals and rational exponents. The purpose of this activity is to build on the work done in the previous two activities.

Our task cards include note cards that students use.


Develop a strategy to determine behavior near asymptotes and graph rational functions. Know that √2 is irrational. The activity itself gives us the idea of ​​how to write expressions with rational exponents into radical expressions and vice versa.

The definition of a polynomial;


In this activity, students should be able to add, subtract, multiply and divide rational expressions. Students use the following performance problem to express the length, width, circumference, and area of ​​real objects in space as rational expressions! Perform the operations indicated in the "Rae Bank" and show your solutions in the field.

Any expression containing the square root of a number is a radical expression.


Reduce regular expressions to their lowest terms. The simplified form of this regular expression is: In this case x +4 x +4 x + 4 x + 4 is a form of 1.

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