annaprofit.blogg.se - Experiments with cathode rays led to the discovery of the

5.5 Advantages and Limitations of Superconductors.

5.3 Resistance in Metals due to Impurities and Scattering.

5.2 Metals possess a Crystal Lattice and how Conduction in Metals occur.

5.1 Braggs determines the Crystal Structure.

5 Superconductivity and the Exploration of Possible Applications.

4.13 Transistors in Microchips and Microprocessors.

4.8 Difference between Solid State and Thermionic Devices.

4.7 Difference in number of Charge Carriers in P-N type Semiconductors.

4.6.3 Extrinsic vs Intrinsic Semi-conductor.

4.6.2 Addition of a group III dopant: P-type.

4.6.1 Addition of a group V dopant: N-type.

4.5 The use of Germanium in Early Transistors.

4.2 Difference between Conductors, Insulators and Semiconductors.4 Limitations of Past Technologies and Increased Research in the Structure of the Atom resulted in the Invention of Transistors.3.7 Einstein and Planck’s different views.3.6 The Photoelectric Effect in Photocells.3.4.3 Classical understanding vs experimental findings.3.4.2 Einstein’s Explanation of the Photoelectric Effect.3.4 Einstein’s contribution to Quantum Theory.3.2.1 Measuring the Speed of Radiowaves.3.2 Hertz’s experiment to measure the speed of radio waves.3 The Reconceptualisation of the Model of Light led to an Understanding of the Photoelectric Effect and Blackbody Radiation.2.7.2 Electric Plates: Wave then Particle.2.7 Modelling Properties of Cathode Rays.Equating electric and magnetic field forces 2.3.2.1 Electric Fields of Point Charges.2.3.1.1 Electric Fields of Charged Plates.

2.3 Charge Plates, Electric Fields and Point Charges.2.2 Moving Charged Particles experience a force.2.1 Cathode Ray Tubes allow manipulation of Charged Particles.2 Increased understandings of Cathode Rays led to the Development of Television.1 HSC Physics – Ideas to Implementation syllabus dot point summary.