8th Grade Chemistry Interactive Videos

Understand the connection between volume and temperature in gases through Charles's Law. Engage in interactive problem-solving to master the principles of proportional relationships in gases, enriching comprehension of gas behavior in thermodynamic processes.

Analyze oxidation numbers in chemical reactions, highlighting their importance in understanding electron transfer and redox processes. Through detailed examples and targeted questions, learners will enhance their ability to determine oxidation numbers and anticipate the outcomes of reactions.

Study quantum numbers and electron configurations to gain a comprehensive understanding of electron behavior in atoms. Explore atomic orbitals and the principles that govern electron arrangements, enhancing knowledge of atomic and quantum chemistry.

Exploring the fundamental concepts of Boyle's Law, this content focuses on the inverse relationship between pressure and volume of gases. Learners gain an understanding of gas behavior through experiments, honing their experimental skills while reinforcing scientific principles.

Examine the core principles of Boyle's Law and its effects on gas properties, focusing on the interaction between pressure and volume under different conditions. Gain insights into applying these concepts to solve real-world issues, thereby enhancing analytical skills and understanding of gas behaviors.

Explore the historical development of the periodic table and the categorization of elements. Gain a deeper understanding of chemical properties and learn to predict element behaviors by examining periodic trends.

Explore the complexities of quantum numbers and SPDF orbitals to enhance understanding of atomic structure. Develop the ability to identify sublevel shapes and configure electrons effectively while applying quantum mechanical principles.

Explore the critical role and systematic arrangement of elements within the periodic table, with a focus on historical significance and methodologies pioneered by Dmitri Mendeleev. Gain a comprehensive understanding of chemical organization to enhance skills in identifying and relating elements based on their properties.

Explore the key principles of balancing chemical equations through detailed, step-by-step guidance to maintain molecular integrity in reactions. Improve problem-solving abilities and chemical literacy by applying strategies to accurately balance a variety of chemical reactions.

Explore the principles and applications of the Ideal and Combined Gas Laws by examining their components and solving typical problems. Develop skills in unit conversion, equation manipulation, and predicting gas behavior under various conditions through practical examples and assessments. This educational experience enhances understanding of gas behaviors and relationships, ensuring proficiency in applying gas laws.

Investigate the principles of gas behavior through Charles's Law by examining the relationship between temperature and volume. Gain an understanding of how temperature influences gas particles and explore the implications in real-world scenarios, enhancing both conceptual and practical knowledge of thermodynamics.

Examine the core principles of the periodic table, concentrating on the organization and characteristics of elements. Understand how atomic numbers determine structure, and uncover patterns in atomic radius, ionization energy, and electronegativity to deepen your comprehension of elemental behavior.

Focus on mastering techniques and methods for balancing chemical equations, emphasizing the importance of accurate chemical representation. Learners will improve their skills in maintaining atomic consistency across equations and gain a deeper understanding of the correct application of chemical formulas in various contexts. Achieving these goals will enhance the precision and reliability of chemical equation balancing.

Explore the pioneering contributions of Dmitri Mendeleev through his revolutionary periodic table. Gain insights into the prediction of undiscovered elements and develop an understanding of periodic trends in chemistry. Enhance knowledge in these foundational aspects, emphasizing the development of critical thinking and analytical skills necessary for mastery in chemistry.

Exploration of density-related problems using the Ideal Gas Law enhances learners' equation manipulation skills and ability to perform calculations involving gas properties. This develops robust problem-solving capabilities in chemistry.

Explore the trends and properties of elements in the periodic table, including ionization energy, electronegativity, and atomic radius variations. Understand how these trends influence element behavior to predict properties, enhancing comprehension of chemical bonding and reactivity.

Explore the intricate properties and historical organization of elements in the periodic table, with a focus on the distinctive features of elements such as gold. Understand the organizational principles proposed by scientists like Newlands and Mendeleev. Gain insights into the evolution of the periodic table, its current structure, and how these developments have enhanced our comprehension of chemical properties and the classification of elements.

Explore the fundamental concepts and trends of the periodic table, focusing on the organization and classification of elements. Gain a deeper understanding of atomic structure and properties, and develop the ability to predict elemental behavior.

Explore the core periodic trends affecting atomic radius, electronegativity, and ionization energy. Understand how these properties change across periods and down groups to enhance skills in predicting element behavior in chemical reactions.

Explore the concept of electronegativity within the periodic table, focusing on identifying trends and comparing different elements. Gain an understanding of how electronegativity varies across elements and apply this knowledge to predict behaviors in chemical reactions.