Filter your results
Recommended topics for you
9th Grade - University
Particle Behavior - Kinetic Molecular Theory - States of Matter
Presentation
9th Grade - University
Science
Explore the kinetic theory of gases to understand how different states of matter influence molecular behavior. Gain insights into energy dynamics, phase changes, and the characteristics that define each state. Focus on understanding the principles governing molecular interactions and energy transformations, which form the foundation of these scientific concepts.
9th Grade - 12th Grade
Gas Behavior Analysis - Kinetic Molecular Theory - Gas Laws
Presentation
9th Grade - 12th Grade
Science
Examine the principles of gas behavior through the study of the kinetic molecular theory and gas laws. Learn how changes in pressure, volume, and temperature impact one another and understand the fundamental relationships governing these variables. Develop skills in analyzing how different conditions affect gas behavior and apply theoretical knowledge to practical scenarios.
9th Grade - 12th Grade
Cell Membrane Transport - Passive vs. Active Processes - Biological Systems
Presentation
9th Grade - 12th Grade
Science
Explore the mechanisms of passive and active transport across cell membranes. Understand how concentration gradients influence molecular movement, and learn about the role of proteins in facilitating diffusion. Develop skills in analyzing cellular processes and understanding how these transport mechanisms contribute to cellular function.
9th Grade - 11th Grade
Transport Mechanisms - Passive and Active Transport - Cellular Biology
Presentation
9th Grade - 11th Grade
Science
Understand and differentiate between passive and active transport mechanisms in cells. Examine key concepts such as concentration gradients, energy requirements, and the roles of various transport proteins. Develop the ability to identify and analyze how substances move across cellular membranes, focusing on the principles that govern cellular transport processes.
9th Grade - 12th Grade
[Active Transport - Cellular Transport Mechanisms - Cell Biology]
Presentation
9th Grade - 12th Grade
Science
Investigate the mechanisms of cellular transport, with a particular emphasis on active transport and the cell membrane's role in maintaining homeostasis. Gain a deep understanding of cellular processes and their influences on cell functionality. Objectives include developing insights into the interactions between cellular structures and transport mechanisms and understanding their relevance in achieving homeostasis within the cell.
9th Grade - 12th Grade
Understanding Passive Transport - Osmosis in Cell Biology
Presentation
9th Grade - 12th Grade
Science
Understand how passive transport and osmosis contribute to cell homeostasis. Gain knowledge about diffusion processes and their impact on cellular environments, emphasizing the principles of movement across cell membranes and the resulting balance maintained within living systems.
9th Grade - 11th Grade
Active Transport Mechanisms - Cellular Processes - Biology
Presentation
9th Grade - 11th Grade
Science
Examine cellular transport mechanisms with an emphasis on distinguishing between active and passive transport. Understand energy requirements and molecular movement across cell membranes, focusing on how each type of transport operates and the implications for cellular function.
9th Grade - University
Scientific Principles - Cell Membrane & Transport Mechanisms - Cell Biology
Presentation
9th Grade - University
Science
Gain insights into scientific principles through the study of cell membrane dynamics and transport mechanisms. Develop the ability to distinguish and apply various transport processes within cellular environments.
9th Grade - 12th Grade
Kinetic Molecular Theory - Gas Properties - Gas Laws
Presentation
9th Grade - 12th Grade
Science
Investigate the connection between kinetic molecular theory and gas laws, with a focus on properties such as compressibility and expansion. Understand the behaviors of gases and explore their applications in real-world scenarios.