Description
Key components of the block include:
Core Topics
- Fluid Mechanics: Students study hydrostatics and hydrodynamics. They explore concepts of pressure, density, and buoyancy through practical demonstrations, like calculating pressure per square inch and exploring Archimedes’ and Pascal’s principles.
- Aeromechanics: Expanding on fluids, the class investigates the mechanics of air. This involves exploring atmospheric pressure, pumps, and Bernoulli’s principle, often culminating in the study of meteorology (weather patterns, clouds, and pressure zones).
- Electricity & Electromagnetism: Students explore conductivity, circuits, and magnetism. This unit often includes historical biographies of scientists and ends with hands-on projects, such as building simple motors, telegraphs, or paper speakers.
- Acoustics: An exploration of how sound is produced, transmitted, and perceived, emphasizing the physical nature of vibrations and sound waves.
Pedagogical Approach
- Phenomenology: Rather than memorizing formulas from a textbook, students observe a physical phenomenon, describe what they see, and then derive the underlying physical law.
- Main Lesson Books: Students document their experiments in beautifully illustrated, handwritten Main Lesson Books that combine art, observation, and scientific reasoning.
- Practical Projects: The block emphasizes hands-on building, allowing students to see the direct application of theoretical principles.
BLOCK CONTENT
World War II is often called “The Physicists’ War” because the conflict drove monumental advancements in science, forever intertwining physics with military technology. Theoretical and applied physics were weaponized on a massive scale, directly shaping the battlefield and the geopolitical landscape of the modern world. The shared history of WWII and physics centers around several critical, world-changing developments.
The most famous intersection of the two was the atomic bomb. The theoretical foundation was Albert Einstein’s famous equation \(E=mc^2\), which explains how mass is converted into staggering amounts of energy. This directly led to the Manhattan Project, where physicists like J. Robert Oppenheimer weaponized nuclear fission. In addition, physicists and engineers developed early radar systems that used electromagnetic principles to detect enemy aircraft and ships, providing a vital edge during the Battle of Britain. They also designed micro-transmitters that fit inside artillery shells. Using radio-wave propagation and reflection, these shells detonated precisely as they approached an aircraft, vastly improving anti-aircraft success.
Planner Block: Eighth Grade World War II Block and Physics Block
Subject Block: Eighth Grade Physics: Energy & Thermodynamics
Video: Scenes from the War
PDF: Hinged Box Guide
Video: Woodworking: Hinged Box Video Lesson
Video: 8th Grade Physics Block Lesson #1: How Sound Propagates
Video: WWI & WWII Main Lesson Block: Introduction: Scenes from the War
Subject Block: WWI & WWII: Part One: Timeline Activity: The United States Road to World War I
Subject Block: WWI & WWII: Part Two: Martin Luther King, Jr Writings
Subject Block: WWI & WWII: Part Three: Indian Home Rule & Gandhi
Subject Block: WWI & WWII: Part Four: Map Activity: Europe as It Should Be
Subject Block: WWI & WWII: Part Five: Art Activity: America Propaganda Poster Activity
Subject Block: WWI & WWII: Part Six: The Great Depression: Franklin’s Fireside Chats
Subject Block: WWI & WWII: Part Seven: Letter Writing Activity: Social Philosophy and Mood
The videos listed above are not Living Lesson videos. They are teacher support videos intended to assist you with this block. If you would like additional assistance for this class, you can upgrade to the Physics Block with Living Lessons

















