PHYS1131 > Lectures

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• 20180302 - Relative Motion and Velocities
• 20180305 - Dynamics - the reasons for motion
• 20180308 - Dynamics Questions
• Adiabatic Processes
• Assumptions in Kinetic Theory
• Beat frequency
• Centre of Mass
• Concept Theory _ Pistons
• Conduction
• Constants and Formulas
• Contact Forces
• Cyclic Processes
• Damping
• Distribution of Molecular Speeds
• Doppler Effect
• Energy
• Equipartition of Energy
• Escape Velocity
• First Law of Thermodynamics
• Friction
• Gravitational Potential Energy
• Gravity
• Heat Capacity
• Heat
• Hooke's Law
• Ideal Gas Law - Thermal Pressure
• Internal Energy
• Internal and External Forces
• Kepler's Law of Periods
• Kinetic Theory
• Mach number
• Mean Free Path
• Molar Specific Heats
• Moles
• Pendulums and SHM
• Phase Changes
• Phase Constant
• Phase Difference, Path Difference
• Physical Pendulum
• Pulse along a string
• RMS Velocity
• SHM Acceleration
• Shell Theory
• Simple Harmonic Motion
• Simple Machines
• Simple Pendulum
• Sound Waves
• Speed of waves on a string
• Standing Waves in Air Columns
• Standing Waves in Rods
• Standing Waves
• Temperature of a Gas (Derivation)
• Temperature of a Gas
• The frequency of a wave depends on the source of the wave
• Thermal Conductivity
• Thermal Expansion
• Thermal Physics
• Thursday 03_05_2018
• Transmission of a wave traveling along a string
• Travelling Waves
• Untitled page
• Vectors
• Velocity at a Given Point
• Waves