Higher Resources Page

1.1 Vectors 2.3 Capacitance in a DC Circuit
1.6 Gas Laws - 1. Boyle's Law 2.3 Charge and Voltage
1.6 Gas Laws - 2. Pressure Law 3.2 Refraction of Light - Snells Law
1.6 Gas Laws - 3. Charles' Law 3.3 Optoelectrics - 01 The PhotoElectric Effect
2.1 Electric Fields & Resistors in Circuits - 1. Electric Fields 3.3 Optoelectrics - 02 The Bohr Atom
2.1 Electric Fields & Resistors in Circuits - 2. Internal Resistance 3.3 Optoelectrics - 03 Line Spectrum of Hydrogen
2.4 Analogue Electronics - 1. Intro to Op-Amps 3.3 Optoelectrics - 04 Selected Line Emission Spectra
2.4 Analogue Electronics - 2. Monitoring & Control Circuits 3.3 Optoelectrics - 05 Continuous and Absorotion Spectra
3.2 Refraction of Light - 1. Snell's Law 3.3 Optoelectrics - 06 The LASER
3.2 Refraction of Light - 2. TIR & Critical Angle 3.3 Optoelectrics - 07 Semiconductors Intro
3.3 Optoelectronics and Semiconductors - 1. Optoelectronics 3.3 Optoelectrics - 08 The p-n junction Diode
3.3 Optoelectronics and Semiconductors - 2. The MOSFET 3.3 Optoelectrics - 09 The Photodiode
3.4 Nuclear Reactions - 1. Structure Of The Atom 3.3 Optoelectrics - 10 The Bi-Polar
3.4 Nuclear Reactions - 2. Radioactive Decay 3.3 Optoelectrics - 11 The MOSFET
3.5 Dosimetry and Biological Risk    
3.6 Extra Background - Fission & Manhattan Project    
       
Pupil Info Sheet    
Higher Course Choice Info Physics Data Booklet
Higher Past Paper Revision Grid Quantities & Symbols 2004
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