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This page provides a list of educational videos related to Using Graphs and Tables of Functions. You can also use this page to find sample questions, apps, worksheets, lessons , infographics and presentations related to Using Graphs and Tables of Functions.
Ex: Find Function Output and Input Using a Graph, Table, Ordered Pairs, and Function Rule
By Mathispower4u
Ex: Find Function Output and Input Using a Graph, Table, Ordered Pairs, and Function Rule
Quickly Graph Absolute Value Functions
By WOWmath.org
YouTube presents Quickly Graph Absolute Value Functions, an educational video resource on math.
Graph Functions and Relations
By MathPlanetVideos
This video from MathPlanet provides an overview of algebraic concepts related to graphing functions and relations.
Graph Functions and Relations
By MathPlanetVideos
This video from MathPlanet provides an overview of algebraic concepts related to graphing functions and relations.
Recognizing functions from graphs
By Khan Academy
Sal checks whether a given set of points can represent a function. For the set to represent a function, each domain element must have one corresponding range element at most.
Khan Academy: Linear Equation Application Problem
By Khan Academy
Get more practice with functions by watching this word problem. Here you must graph the equation and use it to find a specific output. Start by creating a table to get a range of values. You'll need several ordered pairs to create the graph!
Graphing Cube Root Functions
By drmikedcook
This video explains explains how to graph cube root functions.
Graphing Absolute Value Functions Pt III
By charlie Lindelof
YouTube presents Graphing Absolute Value Functions Pt III, an educational video resource on mathematics.
Recognizing functions from graphs
By Khan Academy
Sal explains why a vertical line *doesn't* represent a function.
Graphs Of Square Root Functions
By Khan Academy
This Khan Academy video offers more information on graphing square root functions and contains a few sample problems with a step-by-step walkthrough on graphing these functions.
Function inverse example 1 | Functions and their graphs | Algebra II | Khan Academy
By Khan Academy
Function Inverse Example 1
Function inverses example 3 | Functions and their graphs | Algebra II | Khan Academy
By Khan Academy
Function Inverse Example 3: f(x)= (x - 1) squared -2 This is the last segment of Mr. Khan's short 4-part series on Function Inverses. These installments started with Khan's Introduction to Function Inverses. Mr. Khan uses the Paint Program (with different colors) to illustrate his points. Sal Khan is the recipient of the 2009 Microsoft Tech Award in Education. The screen gets busy (and dark)--the viewer may want to open to 'full screen' to see everything. The sound is a little low.
Introduction to function inverses | Functions and their graphs | Algebra II | Khan Academy
By Khan Academy
Introduction to Function Inverses. Mr. Khan uses the Paint Program (with different colors) to illustrate his points. Sal Khan is the recipient of the 2009 Microsoft Tech Award in Education. The screen gets busy (and dark)--the viewer may want to open to 'full screen' to see everything. The sound is a little low.
Graphs of piecewise linear functions
By Khan Academy
Sal explains what a piecewise function is, and finds the formula of a piecewise function given its graph.
Graphs of piecewise linear functions
By Khan Academy
Sal graphs a piecewise function given its formula. In this case, the function consists of three separate lines.
Graphing Quadratic Functions - Example 1
By PatrickJMT
Watch this video to learn how to graph a quadratic function of the form ax2 +bx + c, where a, b, and c are constants (and a≠0). All functions of this form describe the graph of a parabola (u-shape) that either opens upward or downward. To graph a quadratic function: Consider the leading coefficient (the value of a) to determine if the parabola opens upward (postive a) or downward (negative a) Calculate the vertex of the parabola from a and b. The vertex is the highest or lowest point of the parabola. Find the x-intercept(s) (zeros) Find the y-intercept. (Found by plugging x=0 into the function).