TEKS: Chapter 112. Science See All Teacher Resources
112.35.c.5.C
interpret periodic trends, including atomic radius, electronegativity, and ionization energy, using the Periodic Table .
Aligned Resources
Courses
- Course: Chemistry, Unit 7: Chemical Bonds Lesson 8: Single, Double, and Triple Bonds
- Course: Chemistry, Unit 5: The Periodic Table Lesson 7: Halogens and Noble Gases
- Course: Chemistry, Unit 7: Chemical Bonds Lesson 2: Ionic Bonds and Ionic Compounds
- Course: Chemistry, Unit 7: Chemical Bonds Lesson 7: Covalent Bonds
- Course: Chemistry, Unit 8: Chemistry Meets Geometry Lesson 1: Understanding VSEPR Theory
- Course: Chemistry, Unit 8: Chemistry Meets Geometry Lesson 2: Shape of Molecules
- Course: Chemistry, Unit 8: Chemistry Meets Geometry Lesson 6: Practical Applications of Polarity
- Course: Chemistry, Unit 7: Acids and Bases Lesson 9: Acid Strength and Chemical Bonds
- Course: Chemistry, Unit 5: The Periodic Table Lesson 5: Metals in Transition
- Course: Chemistry, Unit 5: The Periodic Table Lesson 8: Periodic Trends
- Course: Chemistry, Unit 8: Chemistry Meets Geometry Lesson 3: Resonance Structures
- Course: Chemistry, Unit 8: Chemistry Meets Geometry Lesson 4: Exceptions to the Octet Rule
- Course: Chemistry, Unit 9: Forces of Attraction Lesson 2: Intermolecular Forces vs. Intramolecular Forces
- Course: Chemistry, Unit 4: Solutions Lesson 3: Solubility Rules
- Course: Chemistry, Unit 9: Nuclear Chemistry Lesson 3: Human-Created Elements
- Course: Chemistry, Unit 7: Chemical Bonds Lesson 1: Ion Formation
- Course: Chemistry, Unit 7: Chemical Bonds Lesson 10: Compounds In the Real World
- Course: Chemistry, Unit 8: Chemistry Meets Geometry Lesson 5: Polarity of Molecules
- Course: Chemistry, Unit 7: Acids and Bases Lesson 6: Ions as Acids and Bases