Subject

Science

Physics

6th Grade - 10th Grade

Thermodynamic Principles - First & Second Laws - Energy & Entropy

Thermodynamic Principles - First & Second Laws - Energy & Entropy

Interactive Video

Thermodynamic Principles - First & Second Laws - Energy & Entropy

6th Grade - 10th Grade

Science

Examine the core principles of thermodynamics, with an emphasis on energy dynamics and entropy. Gain insights into system behaviors and the transformation of energy.

6th Grade - 10th Grade

Understanding System Dynamics - First and Second Laws - Thermodynamics

Understanding System Dynamics - First and Second Laws - Thermodynamics

Interactive Video

Understanding System Dynamics - First and Second Laws - Thermodynamics

6th Grade - 10th Grade

Science

Examine thermodynamics by focusing on the foundational aspects of the first and second laws. Understand energy conservation and the principles underlying the increase of entropy in different systems, gaining comprehensive insights into these essential concepts.

9th Grade - 12th Grade

Energy Conversion Analysis - Thermodynamics Laws - Engineering Principles

Energy Conversion Analysis - Thermodynamics Laws - Engineering Principles

Interactive Video

Energy Conversion Analysis - Thermodynamics Laws - Engineering Principles

9th Grade - 12th Grade

Science

Examine fundamental thermodynamic principles, focusing on energy conversion processes and equilibrium states. Develop a comprehensive understanding of their practical applications, such as in hydroelectric power systems.

6th Grade - 10th Grade

Understanding Spontaneity in Chemical Reactions: Entropy, Free Energy Assessment

Understanding Spontaneity in Chemical Reactions: Entropy, Free Energy Assessment

Interactive Video

Understanding Spontaneity in Chemical Reactions: Entropy, Free Energy Assessment

6th Grade - 10th Grade

Science

Investigate entropy and the Second Law of Thermodynamics in chemistry through insightful questions, focusing on understanding reaction spontaneity predicted by Gibbs free energy. Analyze how these principles apply to chemical reactions, enhancing skills in determining their feasibility and spontaneous nature.

6th Grade - University

Thermodynamics - Thermal Energy Transfer - Heat Flow Principles

Thermodynamics - Thermal Energy Transfer - Heat Flow Principles

Interactive Video

Thermodynamics - Thermal Energy Transfer - Heat Flow Principles

6th Grade - University

Science

Understand the principles of thermal energy transfer and heat flow as governed by the laws of thermodynamics. Study how heat transfer influences everyday phenomena and improve skills in analyzing thermal exchanges.

6th Grade - 10th Grade

Understanding Phase Changes - Phase Diagrams - Matter and States

Understanding Phase Changes - Phase Diagrams - Matter and States

Interactive Video

Understanding Phase Changes - Phase Diagrams - Matter and States

6th Grade - 10th Grade

Science

Study the transitions between solids, liquids, and gases, focusing on key concepts such as boiling, sublimation, and condensation. Gain skills in interpreting phase diagrams and comprehending the conditions necessary for phase equilibrium.

10th Grade - University

Understanding Thermal Efficiency and Entropy - Fundamental Concepts in Thermodynamics

Understanding Thermal Efficiency and Entropy - Fundamental Concepts in Thermodynamics

Interactive Video

Understanding Thermal Efficiency and Entropy - Fundamental Concepts in Thermodynamics

10th Grade - University

Science

Examine key concepts of thermal efficiency and entropy within thermodynamics to gain insight into engine limitations and energy transformations. Understand how these principles dictate the performance and constraints of energy systems, enhancing proficiency in analyzing and predicting thermodynamic processes.

10th Grade - University

Energy Efficiency - Reversibility and Fuel Consumption - Internal Combustion Systems

Energy Efficiency - Reversibility and Fuel Consumption - Internal Combustion Systems

Interactive Video

Energy Efficiency - Reversibility and Fuel Consumption - Internal Combustion Systems

10th Grade - University

Science

Explore the impact of reversibility on fuel consumption and the efficiency of internal combustion engines. Learn to define work and optimize processes to achieve maximum system efficiency.

9th Grade - University

Fundamental Concepts - Internal Combustion Engines - Mechanical Systems

Fundamental Concepts - Internal Combustion Engines - Mechanical Systems

Interactive Video

Fundamental Concepts - Internal Combustion Engines - Mechanical Systems

9th Grade - University

Science

Examine the core components of internal combustion engines with a focus on their mechanical operation. Understand the operation of these engines and the importance of fundamental parts.

9th Grade - 10th Grade

Energy Efficiency - Energy Flow Analysis - Understanding Energy Distribution

Energy Efficiency - Energy Flow Analysis - Understanding Energy Distribution

Interactive Video

Energy Efficiency - Energy Flow Analysis - Understanding Energy Distribution

9th Grade - 10th Grade

Science

Understand how concepts such as Sankey diagrams illustrate energy flow and efficiency, alongside the advantages of renewable energy. Gain skills in identifying significant energy inefficiencies and exploring potential solutions.

6th Grade - 10th Grade

Energy Concepts - Thermodynamics Principles - Chemistry Exploration

Energy Concepts - Thermodynamics Principles - Chemistry Exploration

Interactive Video

Energy Concepts - Thermodynamics Principles - Chemistry Exploration

6th Grade - 10th Grade

Science

Explore the principles of energy relationships and thermodynamics, clarifying common misconceptions and examining how energy is transformed during chemical reactions. Focus on understanding the mechanisms of energy transfer, the laws governing these processes, and the impact on different systems. Develop analytical and critical thinking skills required to analyze reaction dynamics and energy flow.

6th Grade - 10th Grade

Understanding Thermal Energy Transfer - Heat Transfer Mechanisms - Science Concepts

Understanding Thermal Energy Transfer - Heat Transfer Mechanisms - Science Concepts

Interactive Video

Understanding Thermal Energy Transfer - Heat Transfer Mechanisms - Science Concepts

6th Grade - 10th Grade

Science

Understand the mechanisms of heat transfer, including conduction, convection, and radiation, to gain insights into the flow of thermal energy and its practical applications. The focus is on developing a comprehensive understanding of these processes, enabling application in everyday contexts and enhancing problem-solving skills related to thermal dynamics.

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