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Quadratic Concepts
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Domain : The set of all values for which the independent variable is defined (x-value)
Range : The set of all values of the dependent variable. All values are determined by the values in the domain.
Relation : Relationship between two variables
Function : A relation in which there is only one value of the dependent variable for each value of the independent variable
Function Notation : What is f(x) called
a value : Represents whether the parabola is stretched or compressed and the direction of opening
h value : Horizontal translation
k value : Vertical translation
FOIL : Used to multiply two binomials
GCF : Before factoring you must find the ___
Vertex : Maximum/minimum point of the parabola
Parabola : The graph that resembles the letter āUā
AOS : Short for axis of symmetry
x intercept : The value of which a graph meets the x-axis
y intercept : The value of the dependent variable when the independent variable is zero
Discriminant : The expression of b2-4ac in the quadratic formula
Zeros : The values of x for which a relation has the value of zero
Variable : Letter or symbol that represents a number
Minimum value : Least value taken by the dependent variable in a relation or function
Maximum value : Greatest value taken by the dependent variables in a relation or function
Expand : Write an expression in extended but equivalent form
Degree : The ______ of a polynomial with a single variable is the value of the highest exponent of the variable
Factored form : A quadratic function in the form of f(x)=a(x-r)(x-s) is _____________
Standard form : A quadratic function in the form of f(x)=ax2+bx+c is _____________
Vertex form : A quadratic function in the form of f(x)=a(x-h)+k is _____________
Trinomial : An algebraic expression with three terms
VLT : Stands for Vertical Line Test; determines whether the graph is a function or not
Factor : to express a number as a product of 2 or more numbers, or an algebraic expression as product of two or more other algebraic equations
Quadratic Concepts
- Short for axis of symmetry
- Before factoring you must find the ___
- Stands for Vertical Line Test; determines whether the graph is a function or not
- Used to multiply two binomials
- The set of all values of the dependent variable. All values are determined by the values in the domain.
- The values of x for which a relation has the value of zero
- Represents whether the parabola is stretched or compressed and the direction of opening
| - The ______ of a polynomial with a single variable is the value of the highest exponent of the variable
- The set of all values for which the independent variable is defined (x-value)
- Write an expression in extended but equivalent form
- to express a number as a product of 2 or more numbers, or an algebraic expression as product of two or more other algebraic equations
- Horizontal translation
- Vertical translation
- Maximum/minimum point of the parabola
| - A relation in which there is only one value of the dependent variable for each value of the independent variable
- The graph that resembles the letter āUā
- Relationship between two variables
- Letter or symbol that represents a number
- An algebraic expression with three terms
- A quadratic function in the form of f(x)=a(x-h)+k is _____________
- The value of which a graph meets the x-axis
| - The value of the dependent variable when the independent variable is zero
- The expression of b2-4ac in the quadratic formula
- A quadratic function in the form of f(x)=a(x-r)(x-s) is _____________
- Greatest value taken by the dependent variables in a relation or function
- Least value taken by the dependent variable in a relation or function
- A quadratic function in the form of f(x)=ax2+bx+c is _____________
- What is f(x) called
|
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Quadratic Concepts
- AOS
- GCF
- VLT
- FOIL
- RANGE
- ZEROS
- AVALUE
| - DEGREE
- DOMAIN
- EXPAND
- FACTOR
- HVALUE
- KVALUE
- VERTEX
| - FUNCTION
- PARABOLA
- RELATION
- VARIABLE
- TRINOMIAL
- VERTEXFORM
- XINTERCEPT
| - YINTERCEPT
- DISCRIMINANT
- FACTOREDFORM
- MAXIMUMVALUE
- MINIMUMVALUE
- STANDARDFORM
- FUNCTIONNOTATION
|
© 2015
PuzzleFast.com, Noncommercial Use Only