'Closed dot' presentation slideshows

Solving Absolute Value Equations and Inequalities

Solving Absolute Value Equations and Inequalities. By Ellie Silverman. Solving Absolute Value Equations. 2 x + 3 = 7. 2 x + 3 = 7. These are absolute value signs. This equation means the absolute value of 2x+3 is 7.

312 views • 15 slides

1. 2. 3. 4.

374 views • 9 slides

8-2D: Write & Graph Inequalities

8-2D: Write & Graph Inequalities. Target: Write & Graph one-step inequalities. 8-2AB: Solve Inequalities. Reteach. Homework. Ex. 1: Write Inequalities with < or >. Write an inequality for each sentence. You must be over 12 years old to ride the go-karts. Words: your age; is over; 12

259 views • 7 slides

Example of a wrong problem.

Example of a wrong problem. The bottom line should be a closed dot and it is at the wrong (x,y) point. Also the graph is not going through the correct data points. x y. Corrections: 2x - 3 when x > 0 A) closed dot (state why). B) dot is at (0, -3) Now re-sketch the entire graph

142 views • 3 slides