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The Demonstration Laboratory
TU Delft DemoLab
Introduction
1. Mechanics
1A Measurement
1C Motion in one Dimension
1D Motion in two Dimensions
1E Relative Motion
1F Newton’s First Law
1G Newton’s Second Law
1H Newton’s Third Law
1J Statics of Rigid Bodies
1K Applications of Newton’s Laws
1L Gravity
1M Work and Energy
1N Linear Momentum and Collisions
1Q Rotational Dynamics
1R Properties of Matter
2. Fluid Mechanics
2A Surface Tension
2B Statics of Fluids
2C Dynamics of Fluids
3. Oscillations and Waves
3A Oscillations
3B Wave Motion
3C Acoustics
3D Instruments
3E Sound Reproduction
4. Thermodynamics
4A Thermal Properties of Matter
4B Heat and the First Law
4C Change of State
4D Kinetic Theory
4E Gas Law
4F Entropy and the Second Law
5. Electricity and Magnetism
5A Electrostatics
5B Electric Fields and Potential
5B10 Electric Field
5B10.01
5B20 Gauss’ Law
5B20.01
5C Capacitance
5D Resistance
5E Electromotive Force and Current
5F DC Circuits
5G Magnetic Materials
5H Magnetic Fields and Forces
5J Inductance
5K Electromagnetic Induction
5L AC Circuits
5M Semiconductors and Tubes
6. Optics
6A Geometrical Optics
6B Photometry
6C Diffraction
6D Interference
6F Color
6H Polarisation
6J The Eye
6Q Modern Optics
7. Modern Physics
7A Quantum Effects
7B Atomic Physics
7D Nuclear Physics
7E Elementary Particles
7F Relativity
8. Astronomy
9. Miscellaneous
Bibliography
Index
Statistics
Demonstration Statistics
Binder
.ipynb
.md
.pdf
1C Motion in one Dimension
Contents
1C10 Velocity
1C20 Uniform Acceleration
1C30 Measuring g
1C Motion in one Dimension
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1C10 Velocity
#
1C20 Uniform Acceleration
#
1C30 Measuring g
#
Contents
1C10 Velocity
1C20 Uniform Acceleration
1C30 Measuring g
