- Estimations: Drake Equation and Orders of Magnitude
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- Scaling I: Breathing Worms
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- Scaling II: Mathematical Models
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- Kinematics I: Displacement and Velocity
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- Kinematics II: Acceleration and 2-D Displacement
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- Newton’s First and Third Laws
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- Newton’s Laws: Jumping Grasshoppers I
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- Newton’s Laws: Jumping Grasshoppers II
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- Stress and Strain: Stretching Rubber
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- Forces, Work, and Energy I
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- Forces, Work, and Energy II
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- Gravitational Potential Energy
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- Kinetic and Potential Energy
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- Oscillations I: Simple Oscillators
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- Oscillations II: Damped Oscillators
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- First Law of Thermodynamics
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- Heat and Thermal Motion: Probability and Entropy
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- Diffusion I: Random Walks
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- Diffusion II: Two Dimensional Random Walk and Osmosis
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- Heat Transfer: Conduction
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- Fluid Statics I: Hydrostatic Pressure
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- Fluid Statics II: Buouyancy
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- Fluid Dynamics I: Ideal Fluids
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- Fluid Dynamics II: Viscous Fluids
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- Fluid Dynamics III: Reynolds Number
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- Electric Forces and Fields
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- Magnetic Forces and Fields
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- Magnetic Fields from Currents
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- Geometrical Optics I: Reflection, Refraction, and Thin Lenses
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- Geometrical Optics II: Microscopes
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- Geometrical Optics III: Vision
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- Wave Optics I: Diffraction and Interference
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- Wave Optics II: DNA and Diffraction Gratings
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- Wave Optics III: Thin Films
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- Interaction of Light and Matter
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