Taken from bu_semester1)

Motion in 1-D

• Basic example (Loaded)
• A two-car race (Loaded)
• Motion Graphs (Loaded)
• Rank acceleration (Loaded)

Vector Addition

• Geometric Method (Loaded)
• Component method (Loaded)

Motion in 2-D

• Independence of x and y (Loaded)
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• Freefall of a ball (Loaded)
• Rank the KE of these projectiles (Loaded)
• Projectile Motion showing vertical and horizontal projections (Loaded)
• Projectile showing velocity vector and components (Loaded)

Relative Velocity

• Relative velocity in 1-D (Loaded)
• Relative velocity in 2-D (Loaded)

Forces and Newton's Laws of Motion

• Free-body diagrams

Uniform Circular Motion

• Masses on a turntable (Loaded)
• Vertical circular motion (Loaded)
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Work and Energy

• A spring (Loaded)
• Work done by a spring (Loaded)
• Energy in a spring system (Loaded)
• Pendulum (Loaded)
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• Finding the spring constant (Loaded)

Center-of-Mass

• Finding the center-of-mass (Loaded)
• Motion of the center-of-mass (Loaded)
• Motion with no external force (Loaded)

Momentum

• Elastic and Inelastic collisions (Loaded)
• Ballistic pendulum (Loaded)
• Baseball and basketball (Loaded)
• A collision in 2-D (Loaded)

Rotation

• Rotational kinematics example (Loaded)
• Equilibrium (Loaded)
• Four views of rolling (Loaded)
• An accelerating car (Loaded)
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• Rank the tension of rope in Atwood Machine (Loaded)
• Analyze the motion of a ferris wheel (Loaded)

Gravitation

• Orbits - choosing orbital speed (Loaded)
• Orbits and angular momentum (Loaded)
• Orbits and energy (Loaded)
• Two planets (Loaded)
• Inner planets of the solar system (Loaded)
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• Central Force - ellipse. Angular Mom and Energy (Loaded)
• Kepler's First Law (Loaded)
• Kepler's Second Law (Loaded)
• Kepler's first and Second Law.  (Good for making calculations) (Loaded)
• Ptolemy's epicycles (Loaded)
• Showing retrograde motion of Mars (Loaded)

Harmonic Motion

• Mass on a spring (Loaded)
• The connection between SHM and circular motion (Loaded)
• Dissecting the SHM equation (Loaded)
• Motion graphs (Loaded)
• Energy in a spring system (Loaded)
• A simple pendulum (Loaded)
• Damped harmonic motion (Loaded)
• Driven harmonic motion (Loaded)
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• Connection between SHM and Circular Motion (Loaded)

Waves

• Transverse and longitudinal waves (Loaded)
• How a wave propagates (Loaded)
• Wavelength and period (Loaded)
• Wave speed (Loaded)
• Frequency, speed, and wavelength (Loaded)
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• Match a traveling wave with theory (Loaded)

Sound

• Displacement vs. pressure (Loaded)
• The Doppler effect (Loaded)

Interference of Waves

• Superposition (Loaded)
• Constructive and destructive interference (Loaded)
• Reflections from free and fixed ends (Loaded)
• Interference in 2-D (Loaded)
• Beats (Loaded)
• Standing Waves (Loaded)
• A string fixed at both ends (Loaded
• A tube open at both ends (Loaded)
• A tube open at one end (Loaded)
• Sample problem (Loaded)
• Fourier Analysis: building a square wave (Loaded)
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• Finding nodes in a tube open at both ends (Loaded)
• Ripple tank - calculating the path difference (Loaded)

Fluids

• Pressure in a static fluid (Loaded)
• Pascal's principle (Loaded)
• Buoyant force
• Continuity equation (Loaded)
• Curveball (Loaded)
• A hole in my bucket (Loaded)

Thermodynamics

• Ideal Gas
• Kinetic Theory
• Sample problem
• Thermodynamic processes: isobaric, isochoric, and isothermal (Loaded)
• Adiabatic process (Loaded)
• Free expansion (Loaded)
• A cyclic process (Loaded)
• Calculating a change in entropy (Loaded)
• The Carnot cycle (Loaded)
• The Stirling cycle (Loaded)
• P-V diagram for a refrigerator (Loaded)