Algebra I Mini Interventions Site License: Linear Equations and Inequalities (Downloadable PDF)
Understand the latest Texas Essential Knowledge and Skills (TEKS) for mathematics with Algebra I Mini Interventions: Linear Equations and Inequalities and access teaching models to help students more fully grasp key concepts around linear equations and inequalities.
This deconstruction of the TEKS for mathematics guides teachers through the latest math stands and provides background information for skills students might have missed from previous grades, and guidance for how to address them. Also included are intervention techniques for students who are having a particularly difficult time learning. Intervention modules correspond to student expectations (SEs) as outlined in the TEKS.Each module takes you from pre-assessment, to classroom teaching, all the way through post-assessment, and includes:
- Formative questions.
- Important ideas.
- Step-by-step examples of instructional activities
- Questions to evaluate student mastery.
Site licenses enable schools and school districts to purchase multiple copies of Algebra I Mini Interventions: Linear Equations and Inequalities at once and save 15% off the cost of purchasing multiple individual copies.
- In the quantity field, enter the number of teachers who will be using the PDF. For instance, if you need the files for 5 Algebra I teachers for Campus A, 3 Algebra I teachers for Campus B, and 2 Algebra I teachers for Campus C, you would enter 10 in the quantity field.
- You may only share as many downloads as you have purchased.
An edition covering quadratics, exponential functions, and algebraic methods is also available.
Supports Lever 4.1 - Curriculum and interim assessments aligned to TEKS with a year-long scope and sequence
Downloadable PDF, 215 pages
Algebra I Mini Interventions: Linear Equations and Inequalities
was produced and is maintained by specialists on Region 13’s Curriculum and Instruction team.
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Algebra I Mini Interventions Site License: Quadratics, Exponential Functions, and Algebraic Methods (Downloadable PDF)