Virtual and real labs for introductory physics II, : optics, modern physics, and electromagnetism [E-Book] /

Virtual and real labs for introductory physics II, : optics, modern physics, and electromagnetism [E-Book] / Daniel Erenso.

Virtual and Real Labs for Introductory Physics II: Optics, modern physics, and electromagnetism provides the lab component for Introductory Physics II taught in a remote, on-ground, or a hybrid environment with little or no instructor guidance. The book offers the opportunity to realize these purpos...

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Erenso, Daniel, author
Bristol: IOP Publishing, 2021
1 online resource (various pagings)
englisch
9780750337151
9780750337144
10.1088/978-0-7503-3715-1
Physics -- Laboratory manuals.
Optics -- Laboratory manuals.
Electromagnetism -- Laboratory manuals.



  • 4. Diffraction and gratings
  • 4.1. Basic theory
  • 4.2. Virtual lab I : two slits
  • 4.3. Virtual lab II : circular aperture
  • 4.4. Real lab : diffraction grating and circular aperture
  • 5. Blackbody radiation
  • 5.1. Basic theory
  • 5.2. Virtual lab : blackbody radiation
  • 6. The photoelectric effect
  • 6.1. Basic theory
  • 6.2. Virtual lab : photoelectric effect
  • 7. Introduction to atomic physics
  • 7.1. Basic theory
  • 7.2. Virtual lab : the hydrogen atom
  • 7.3. Real lab : spectroscopy
  • 8. Introduction to nuclear physics
  • 8.1. Basic theory
  • 8.2. Virtual lab : beta decay
  • 8.3. Real lab : radioactivity and half-life time
  • 9. Introduction to electronics
  • 9.1. Basic theory
  • 9.2. Virtual lab I : Coulomb's law
  • 9.3. Virtual lab II : conductors and insulators
  • 9.4. Real lab : conductors and insulators
  • 10. Resistors and Ohm's law
  • 10.1. Basic theory
  • 10.2. Virtual lab : Ohm's law
  • 10.3. Real lab : Ohm's law
  • 11. Constant current circuit
  • 11.1. Basic theory
  • 11.2. Virtual lab I : resistors in series and parallel
  • 11.3. Virtual lab II : mixed circuits and Kirchhoff's laws
  • 11.4. Real lab I : resistors in series and parallel
  • 11.5. Real lab II : mixed circuits and Kirchhoff's laws
  • 12. Capacitor and RC circuits
  • 12.1. Basic theory
  • 12.2. Virtual lab : capacitors and RC circuits
  • 12.3. Real lab : capacitors and RC circuits
  • 13. Oscilloscope and fast time constant
  • 13.1. Basic theory
  • 13.2. Virtual lab I : function generator and voltage chart
  • 13.3. Virtual lab II : fast capacitive time constant
  • 13.4. Real lab I : introduction to oscilloscope
  • 13.5. Real lab II : fast capacitive time constant RC circuit
  • 14. The magnetic field
  • 14.1. Basic theory
  • 14.2. Virtual lab : magnetic field
  • 14.3. Real lab : magnetic field
  • 15. Faraday's law
  • 15.1. Basic theory
  • 15.2. Virtual lab : Faraday's law
  • 15.3. Real lab : Faraday's law
  • 16. Induction and RL circuits
  • 16.1. Basic theory
  • 16.2. Virtual lab : RL circuit
  • 16.3. Real lab : RL circuits
  • 17. Introduction to AC circuits
  • 17.1. Basic theory
  • 17.2. Virtual lab : AC circuits and impedance
  • 17.3. Real lab : AC circuits and impedance
  • 18. AC filters and resonance
  • 18.1. Basic theory
  • 18.2. Virtual lab I : AC filters
  • 18.3. Virtual lab II : RLC circuit and resonance
  • 18.4. Real lab I : AC filters
  • 18.5. Real lab II : resonance
  • 19. Introduction to digital electronics
  • 19.1. Basic theory
  • 19.2. Real lab A : integrated-circuit chips
  • 19.3. Real lab B : digital circuit design.
  • 1. Reflection and refraction of light
  • 1.1. Basic theory
  • 1.2. Virtual lab : reflection and refraction
  • 1.3. Real lab : reflection and refraction
  • 2. Thin lenses
  • 2.1. Basic theory
  • 2.2. Virtual lab A : converging lens
  • 2.3. Virtual lab B : converging
  • 2.4. Real lab : thin lens equation
  • 3. Human eye and corrective lenses
  • 3.1. Basic theory
  • 3.2. Real lab : corrective lenses