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Physics

Code

WPH12/01_IKS

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Topic outline

Revision Notes
- Select activity Definitions
  
  Definitions Lesson
  
  Students must
  
  Mark as done
- Select activity The wave equation
  
  The wave equation Lesson
  
  Students must
  
  Mark as done
- Select activity Longitudinal waves
  
  Longitudinal waves Lesson
  
  Students must
  
  Mark as done
- Select activity Transverse waves
  
  Transverse waves Lesson
  
  Students must
  
  Mark as done
- Select activity Graphs of transverse and longitudinal waves
  
  Graphs of transverse and longitudinal waves Lesson
  
  Students must
  
  Mark as done
- Select activity Further definitions
  
  Further definitions Lesson
  
  Students must
  
  Mark as done
- Select activity Phase difference and path difference
  
  Phase difference and path difference Lesson
  
  Students must
  
  Mark as done
- Select activity Stationary waves
  
  Stationary waves Lesson
  
  Students must
  
  Mark as done
- Select activity Speed of a transverse wave on a string
  
  Speed of a transverse wave on a string Lesson
  
  Students must
  
  Mark as done
- Select activity Intensity of radiation
  
  Intensity of radiation Lesson
  
  Students must
  
  Mark as done
- Select activity Refractive index and Snell’s law
  
  Refractive index and Snell’s law Lesson
  
  Students must
  
  Mark as done
- Select activity Critical angle
  
  Critical angle Lesson
  
  Students must
  
  Mark as done
- Select activity Total internal reflection
  
  Total internal reflection Lesson
  
  Students must
  
  Mark as done
- Select activity Measuring the refractive index of a solid material
  
  Measuring the refractive index of a solid material Lesson
  
  Students must
  
  Mark as done
- Select activity Plane polarisation
  
  Plane polarisation Lesson
  
  Students must
  
  Mark as done
- Select activity Diffraction and Huygens’ construction
  
  Diffraction and Huygens’ construction Lesson
  
  Students must
  
  Mark as done
- Select activity Diffraction grating equation
  
  Diffraction grating equation Lesson
  
  Students must
  
  Mark as done
- Select activity Electron diffraction as evidence for the wave nature of electrons
  
  Electron diffraction as evidence for the wave nature of electrons Lesson
  
  Students must
  
  Mark as done
- Select activity de Broglie relation
  
  de Broglie relation Lesson
  
  Students must
  
  Mark as done
- Select activity Wave behaviour at an interface
  
  Wave behaviour at an interface Lesson
  
  Students must
  
  Mark as done
- Select activity Pulse-echo technique
  
  Pulse-echo technique Lesson
  
  Students must
  
  Mark as done
- Select activity Wave model and photon model of electromagnetic radiation
  
  Wave model and photon model of electromagnetic radiation Lesson
  
  Students must
  
  Mark as done
- Select activity Photon energy
  
  Photon energy Lesson
  
  Students must
  
  Mark as done
- Select activity Photoelectricity
  
  Photoelectricity Lesson
  
  Students must
  
  Mark as done
- Select activity Threshold frequency, work function and the photoelectric equation
  
  Threshold frequency, work function and the photoelectric equation Lesson
  
  Students must
  
  Mark as done
- Select activity Electronvolt
  
  Electronvolt Lesson
  
  Students must
  
  Mark as done
- Select activity The photoelectric effect as evidence for the particle nature of EM radiation
  
  The photoelectric effect as evidence for the particle nature of EM radiation Lesson
  
  Students must
  
  Mark as done
- Select activity Atomic line spectra
  
  Atomic line spectra Lesson
  
  Students must
  
  Mark as done
- Select activity Electric current
  
  Electric current Lesson
  
  Students must
  
  Mark as done
- Select activity Potential difference
  
  Potential difference Lesson
  
  Students must
  
  Mark as done
- Select activity Resistance
  
  Resistance Lesson
  
  Students must
  
  Mark as done
- Select activity Charge conservation
  
  Charge conservation Lesson
  
  Students must
  
  Mark as done
- Select activity Energy conservation
  
  Energy conservation Lesson
  
  Students must
  
  Mark as done
- Select activity Combining resistances
  
  Combining resistances Lesson
  
  Students must
  
  Mark as done
- Select activity Equations involving power
  
  Equations involving power Lesson
  
  Students must
  
  Mark as done
- Select activity Current-voltage graphs
  
  Current-voltage graphs Lesson
  
  Students must
  
  Mark as done
- Select activity Resistivity
  
  Resistivity Lesson
  
  Students must
  
  Mark as done
- Select activity Range of resistivities
  
  Range of resistivities Lesson
  
  Students must
  
  Mark as done
- Select activity Potential along a uniform current-carrying wire
  
  Potential along a uniform current-carrying wire Lesson
  
  Students must
  
  Mark as done
- Select activity Potential divider circuits
  
  Potential divider circuits Lesson
  
  Students must
  
  Mark as done
- Select activity Potential divider circuits with thermistors and LDRs
  
  Potential divider circuits with thermistors and LDRs Lesson
  
  Students must
  
  Mark as done
- Select activity Electromotive force and internal resistance
  
  Electromotive force and internal resistance Lesson
  
  Students must
  
  Mark as done
- Select activity Changes of resistance with temperature in metallic conductors and NTC thermistors
  
  Changes of resistance with temperature in metallic conductors and NTC thermistors Lesson
  
  Students must
  
  Mark as done
- Select activity Changes of resistance with light intensity
  
  Changes of resistance with light intensity Lesson
  
  Students must
  
  Mark as done
Next section

Unit Two

Topic outline

Revision Notes