Vertical Motion Model and Graphing Quadratic Inequalities
We expanded our understanding of graphing quadratics to include the graphing of quadratic inequalities. These follow the same basic rules of quadratics, and then have the following two extra steps:
1. The line will be dotted if you see an inequality ( < or > ) sign.
2. Shading will be either inside or outside of the function. Use a test point to determine where the shading goes.
We also talked a bit about the vertical motion model, and how it fits into our study of quadratics.
Tonight's Homework: Home Book, pages 170-171 (2-34, even)
1. The line will be dotted if you see an inequality ( < or > ) sign.
2. Shading will be either inside or outside of the function. Use a test point to determine where the shading goes.
We also talked a bit about the vertical motion model, and how it fits into our study of quadratics.
Tonight's Homework: Home Book, pages 170-171 (2-34, even)
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