Dawoodkhalifa

Every chapter and topic condensed and simplified into 20 pages that cover all areas mentioned on the specification. Contains both year 1 and 2 topics and can be used by different exam boards as well. Each topic is explained thoroughly with exam style questions in mind and they are aided by diagrams, and graphs.

Clear concise course outlined notes with labelled explained diagrams, covering all aspects of the A-LEVEL OCR A specification for medical, nuclear, particle and radioactivity below are the topics covered: -X-rays and attenuation -CAT and PET scans -Radioactive tracers -Ultrasound and acoustic impedance -Doppler sonography -Alpha particle, Geiger muller tube and nuclear radius equations experiment -Decay equations, carbon dating and background radiation -Characteristics of an atom -Str...

Clear concise course outlined notes with labelled explained diagrams, covering all aspects of the A-LEVEL OCR A specification for thermal physics and ideal gases, circular motion and oscillations, gravity and astrophysics and cosmology, below are the topics covered: -Heating and cooling graphs, SHC and SLH -Kelvin and moles -Gas laws and constants -Kinetic energy and theory equations -Kinetic model and Maxwell-Boltzmann distribution curve -Angular velocity/frequency, centripetal force and...

Clear concise course outlined notes with labelled explained diagrams, covering all aspects of the A-LEVEL OCR A specification for electricity, waves and quantum physics, below are the topics covered: -Kirchhoff's and Ohm's laws -Electronic components and circuits -Power, resistance, voltage, charge and current equations -Electromotive force and internal resistance -Mean drift velocity -Types of waves and their properties -Reflection, refraction, polarisation, diffraction and superposition...

Clear concise course outlined notes with labelled explained diagrams, covering all aspects of the A-LEVEL OCR A specification for forces and motion below are the topics covered: -Projectile motion and forces -Scalar and vector quantities and graphs -Newtons laws (1 - 3) -Moments, torque and work done -Density, pressure and momentum -Springs and young's modulus -Stress and strain with graphs -Materials and graphs -Bulk properties of solids