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6th Grade - 8th Grade
Understanding Atomic Structure - Atoms and Molecules - Matter Chemistry
Passage
6th Grade - 8th Grade
Science
Study atomic composition and their function in molecule formation. Understand how different elements bond to form complex substances and learn the fundamental aspects of atomic structure.
8th Grade
Interactive Molecule Building - Atomic Structures - Chemistry Fundamentals
Passage
8th Grade
Science
Investigate atomic structures and the formation of molecules through interactive simulations. Develop the ability to identify molecular bonds and construct complex compounds.
8th Grade
Chemical Formula Understanding - Symbols & Notation - Introduction to Elements
Passage
8th Grade
Science
Understand the foundational principles of chemical formulas by focusing on element symbols and notations. Develop the ability to interpret these formulas and accurately quantify the elements within various compounds.
8th Grade
Chemical Models - Periodic Table Connections - Chemical Formulas
Passage
8th Grade
Science
Investigate the connections between chemical formulas and the periodic table through model analysis. Develop the ability to identify atoms, comprehend formulas, and recognize chemical changes.
8th Grade
Chemical Balancing - Reactions & Equations - Chemistry
Passage
8th Grade
Science
Focus on mastering the principles of balancing chemical equations by understanding atomic structure and analyzing reactions. Develop the ability to accurately identify reactants and products in chemical formulas, enhancing skills in chemical equation analysis and comprehension.
6th Grade - University
Subatomic Particles - Building an Atom - Atomic Structure
Passage
6th Grade - University
Science
Investigate atomic structure through the manipulation of subatomic particles to understand their effects on atom identity, charge, and stability. Develop insights into atomic composition and fundamental scientific principles.
8th Grade
Understanding Matter - Elements, Compounds, and Mixtures
Passage
8th Grade
Science
Understand the distinctions among elements, compounds, and mixtures in chemistry by identifying different types of substances and exploring their unique separation methods. Gain the ability to differentiate between pure substances and mixtures based on their properties. Develop skills in applying techniques such as filtration, distillation, and chromatography to effectively separate and analyze components of mixtures. The goal is to enhance comprehension of matter classification and enable accurate identification and manipulation of substances in various chemical contexts.
8th Grade
Fundamentals of Atomic Structure - Basic Elements - Chemistry Principles
Passage
8th Grade
Science
Explore atomic structure by examining atoms, neutrons, and isotopes. Gain a deeper understanding of atomic decay and learn various measurement techniques.
6th Grade - University
Atomic Understanding - Particle Composition - Matter Building Blocks
Passage
6th Grade - University
Science
Examine the atomic structure by investigating protons, neutrons, and electrons. Gain insights into identifying elements and understanding molecular interactions, focusing on the fundamental properties and roles of atomic particles.
8th Grade
Understanding Atomic Structure - Proton, Neutron, and Electron Interactions - Building and Analyzing Atoms
Passage
8th Grade
Science
Engage with interactive simulations to explore atomic structure, focusing on subatomic particles. Gain a clear understanding of atomic charge, mass, identity, and stability.
8th Grade
Understanding and Identifying Elements, Compounds, and Mixtures - Chemistry Basics
Passage
8th Grade
Science
Understand the fundamental concepts of elements, compounds, and mixtures. Develop the ability to differentiate between various types of chemical substances and recognize their characteristics.
8th Grade
Understanding Atomic Structure - Valence Electrons - Chemistry of the Periodic Table
Passage
8th Grade
Science
Explore the fundamental principles of atoms and their significance within the Periodic Table. Gain insight into predicting the behavior of elements and how they form new compounds, enhancing understanding of chemical processes and interactions.