Java 2

2.1. Harmonic oscillations

2.2. Mass-spring oscillation

2.3. Free oscillation

2.4. Energy transformation of oscillations

2.5. Forced oscillation

2.6. Mechanical waves

2.7. Standing waves

2.8. Beats

2.9. Doppler Effect

3.1. Brownian Motion

3.2. Kinetic model of ideal gas

3.3. Diffusion of gas

3.4. Maxwell

3.5. Membrane

3.6. Isothermic Process

3.7. Isochoric Process

3.8. Isobaric Process

3.9. Evaporation and condensation

3.10. Ideal gas under normal temperature

3.11. Work of gas

3.12. Adiabatic process

3.13. Specific Heat Capacity of ideal gas

3.14. Thermodynamic Cycles

3.15. Carnot Cycle

3.16. Entropy

4.1. Electrical force between 3 point charges

4.2. Electric Field of point charges

4.3. Charged particles in electric field

4.4. Electric force between charged parallel plates (capacitor)

4.5. Simple DC circuits

4.6. Capacitors in DC circuits

4.7. Magnetic force between parallel currents

4.8. Torque in magnetic Field

4.9. Magnetic fied of current carrying loop

4.10. Magnetic Feild of current carrying wire

4.11. Magnetic field of solenoid

4.12. Motion of charges in magnetic field

4.13. Mass spectrometer

4.14. Velocity selector

4.15. Electromagnetic induction

4.16. Faraday's experiments

4.17. Generation of induced EMF

4.18. Standard electrode potentials by galvanometer

5.1. RC circuit

5.2. RL circuit

5.3. Free oscillation of RLC circuits

5.4. Forced oscillation of RLC circuits

6.1. Reflection and refraction of light

6.2. Plane mirror

6.3. Cypherical mirror

6.4. Diverging lens

6.5. System of 2 lenses

6.6. Eye as an optic device

6.7. Microscope

6.8. Telecope

6.9. Newton's rings

6.10. Young's double slit experiment

6.11. Diffraction of light

6.12. Freshnel's Zones

6.13. Resolution limit of diffraction

6.14. Diffraction grating

6.15. Polarization of light 2

6.16. Polarization of light 1

9.1. Bohr's Postulates

9.2. Electron kuantum orbits

9.3. Hydrogen Atom

9.4. Particles in potential wells

9.5. Laser

9.6. Nuclei