Lecture 0
Pendulum & Clock with photo gate

Lecture 1
MOD07 Coin and Feather without Vacuum
MOD05 Coin and Feather in Vacuum
MOD04 Measuring "g" with Four Timers
MOD06 Quadratic and Linear Falling Weights
MTD05 Monkey and Hunter
MTD03 Horizontal and Vertical Ball Ejector (with video)
Appollo 15 video

Lecture 2
MNL07 Newton's Second Law with a 5-Meter Air-Track
MNL10 Helium and Air Balloons in Hatboxes
MTD02 Frames of Reference Chair
MCM16 Velocity of Object under Uniform Circular Motion
Floating cart
Boson's Chair
Ball on a string
Demonstrating inertia with weight and strings
Helium Balloon Cart

Lecture 3
MWE02 Potential Energy Well Board
MWE03 Ski Slopes
MWE04 Nose Pendulum
MWE05 Pendulum and Peg
MWE06 Happy and Unhappy Balls
MWE07 Bunji Jumper Herbert
MCM11 Loop the Loop
ERC04 Hoffman Electrolysis
multi-pulley system

Lecture 4
MLM02 Kicking a Soccer Ball
MLM01 Exploding Balls (Conservation of Linear Momentum) 
MLM06 Ballistocardiograph Demo (the Coffin) 
MLM05 Canoe Pack
MLM04 Vertical Rifle Shooting a Block
MLM09 Rocket Car (measured time 0.129s, 0.5m length between gates)
MLM18 Basketball and Super Ball
Average force demo used for introducing impulse (didn't do in the second lecture)

Lecture 5
 
MCM04 Rotational Acceleration
MCM02 Cylinders Rolling down an Inclined Plane
MCM08 Experimental Determination of Moments of Inertia
MCM10 Spinning Disc
MCM13 Center of Percussion of a Baseball Bat
MCM05 Funny Wheel
Double bike wheel on the ramp

Lecture 6 

MSM03 Torque in Equilibrium (Multiple Weight Balance)
MSM11 Plank on a Pipe
MSM14 Leaning Tower
MSM16 Ladder Slip
MSM10 Curb Hopper Demo 
High Wire Cyclist
Baseball Bat in two halfs
2-meter stick Balance act

Lecture 7
Fall Recces

Lecture 8
MAM06 Rotating Stool with dumbbells and Bicycle Wheel (rotating stage has been performed)
MAM02 Wobbling gyroscope
MAM07 Conservation of Angular Momentum in a Isolated System (Double Dumbbell)
MNL01 Inverse Square Law with Light
Mechanical Universe: torque = delta L/delta t
Gramophone (conservation of angular momentum)

Lecture 9
FNF01 Archimedes' Principle
FNF02 Pascal Principle with Depth
FNF03 Pascal Principle with Various Shapes of Containers
FNF09 Bernoulli Effect
Pascal Principle with large and small containers
FVF06 Hurricane Effect on a House Roof
FNF05 Hydraulic Press
Vortex Cannon
Big Balloon & Monkey
Wind Bag
1 kg/cubic meter Display
Pink Water Race

Lecture 10
MVM01: Relation of Uniform Circular Motion and Simple Harmonic Motion by Projection
MVM02: Mass on a Spring and Spring Combos
MVM03: Torsion Oscillator
MVM04: Oscillations of an Aluminum Bar
MVM05: 2 to 1 Pendulum
MVM06: Purcell's Machine
MVM07: Damped and Forced Oscillations
MVM11: Pendulum Oscillator
MVM14: Three Types of Oscillations
Driven Oscillator for Physicist's Romance

Thanksgiving recess

Lecture 11
MWM01Water Ripple Tank Interference
MWM03 Velocity of Transverse Waves
MWM04 Reflection of Waves at Boundaries
MWM10 Transverse and Longitudinal Waves
MWS02 Doppler Effect with Sponge Balls
MWS06 Beats with Sound Waves
MWS08 Doppler Radar with Reflector

Lecture 12
MWM02 Standing Wave on a String (on a high position for easier viewing)
MWM07 Superposition of Waves Model
MWS01 Hopwood Tube
MWS09 Breaking Wine Glass
Two speaker interference
Piano

Lecture 13
HTD04 Compression of Gas
HTD01 Mechanical Equivalent of Heat
HTP12 Liquid Nitrogen Circus
HTP06 Brownian Motion
HTP07 Gas Model (Northup Machine)
HTP14 Cryophorous Demo HTD04 Compression of Gas
HTP20 Radiant Heat Transfer
ERC01 Iron Wire Coil in He Gas