“In this activity I pledge to apply my knowledge, make an effort in its development and do not use unauthorized and/or illicit methods to do it.”
Fields
Nuclear and Quantum
Particulate nature of matter
Wave Behaviour
Space, time and motion
Ximena Herrera - A01663001
Physics
Oscilations
Classifications
Energy
Nuclear and quantum physics
Space, Time and Motion
Superposition and interference
Boudary conditions
Light and doppler
Double-slit
Resonance and damping
Spectral Lines
Reflection
Diffraction
Refraction
Accordng to displacement
What's hapening to energy
According to propagation
Wave Phenomena
Wave Model
Simple Harmonic Motion
Doppler effect
Standing Waves
Wave Behaviour
Electric field strength
Field Lines
Newton's gravitational law
Gravitational field strength
Kepler's Laws
Coulom's Law
Electric Fields
Gravitational fields
Space, Time and Motion
Fields
Uniform Motion
Projectile Motion
Freefall
Effects of fluids
Uniform Circular Motion
Work and Energy
Power
Momentum
Forces
Uniform Accelerated Motion
Kinematics
Dynamics
Space, Time and motion
Bohr
deBrogile
Rutherford's experiment
Energy levels
Emission and Absorption
Schrödinger
Atom models
Line Spectra
Wave behaviour
Space, Time and motion
Nuclear and Quantum Physics
Heat capacity
Conduction
Emission
Blackbodies
Latent Heat
Energy
Energy
Gas Laws
Emissivity
Real gases
Ideal gases
Electric Potential Difference
Ohm's Law
Resistance & Resistivity
Electric Current
Albedo
Greenhouse effect
Thermal Energy Transfer
Greenhouse effect
Currents and circuits
Gases
Space, time and motion
Fields
Wave Behaviour
Particulate Nature of matter
