Algebra II Vocabulary: Rational Expressions
|
See more in Algebra
Algebra II vocabulary through unit 5
Create multiple-choice games on Wisc-Online and play them on our Chakalaka mobile app!
But that's not all! Explore educational games created by others. Simply search by category or enter agame code number and dive into a world of learning and fun.
Download the Chakalaka mobile app here:
Topics of this game:
- the part of the fraction that exists on the bottom
- the part of the fraction that exists on the top
- ___________ values; the values that would make the denominator equal zero, and therefore be undefined
- The first step is factoring is to find this
- the operation with rational expressions that requires you to Keep-change-flip
- Least ____________ Denominator
- an imaginary line that a curve approaches but never intersects, as it heads towards infinity
- the value of the highest exponent in a polynomial expression
- A number that precedes a letter in a term. It is multiplying the letter
- the set of all x-values for a given function
- the set of all y-values for a given function
- the point at which a graph crosses either the x-axis or y-axis
- One of the operations with rational expressions for which you would need common denominators
- One of the class options in math that follows Algebra II. For most it will be the next math that you take
- This is a type of function where the "output" of one function serves as the "input" of another function.
- To find these functions, one of the main steps is to switch places with the x's and y's
- The small number that sometimes goes in the upper right hand corner of a letter
- A polynomial expression that has "3" as its biggest exponent is referred to as this
- A polynomial expression that has "2" as its biggest exponent is referred to as this
- One of the ways to solve a quadratic equation is by "Completing the _______"
- An expression that has one or more terms in it
- A term that has no letters (variables) in it is referred to as a __________
- A way to divide polynomial expressions by removing the variables and placing the constants and coefficients in a "box"
- the form of an expression that places it in order from the term with the highest exponent down to the constant
