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
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