**Notes:**

1. Relations, Graphs, and Functions

2. Graphing the Basic Functions

3. Using Transformations to Graph Functions

**YouTube Video Tutorials:**

Showing posts with label **basic functions**. Show all posts

Showing posts with label **basic functions**. Show all posts

Notes on graphing functions using transformations. We cover rigid translations and reflections as well as domain and range.

**Notes:**

1. Relations, Graphs, and Functions

2. Graphing the Basic Functions

3. Using Transformations to Graph Functions

**YouTube Video Tutorials:**

1. Relations, Graphs, and Functions

2. Graphing the Basic Functions

3. Using Transformations to Graph Functions

The graphs of the following basic functions can be determined by plotting points. That is, choose some *x*-values and then substitute them in to find the corresponding *y*-values. The more points you plot the better the picture. [ Free Printable Graph Paper ]

**Identity Function**: [ https://www.desmos.com/calculator/hbtql3gmj4 ]

**Squaring Function:** [ https://www.desmos.com/calculator/rslqgtrovn ]

**Cubing Function**: [ https://www.desmos.com/calculator/g0uxyuv08i ]

**Absolute Value Function: **[ https://www.desmos.com/calculator/au6i2qvsyf ]

**Square Root Function:** [ https://www.desmos.com/calculator/hwrrzgp3x2 ]

**Reciprocal Function:** [ https://www.desmos.com/calculator/wl1xlsmgfs ]

Graph *f*(*x*) = *x* and state the domain and range.

Graph *f*(*x*) = *x^*2 and state the domain and range.

Graph *f*(*x*) = *x^*3 and state the domain and range.

Graph *f*(*x*) = | *x *| and state the domain and range.

Graph *f*(*x*) = sqrt(*x*) and state the domain and range.

Graph *f*(*x*) = 1/*x* and state the domain and range.

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