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Unknown Unknown
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Decks in this class (8)
Week 1 - Uncertainties in Scientific Measurements
Fundamental Units, Matter In Motion, Uncertainty in Measurement
21
cards
Week 2 - Essential Classical Mechanics I and II
Forces, Newton's laws, Kinetic energy, Work energy, Potential energy, Heat, Zeroth's Law, Linear, Area, Volume and Thermal Expansion, Behaviour of Water, Energy transfer (+ Heat; Conduction, Convection and Radiation), Stefan's Law, Sound, Doppler Effect, Infrasound, Ultrasound Imaging.
3
cards
Week 3 - Electricity and Magnetism
Electricity and Circuits: Electricity: Properties of Electrical Charges, Coulomb's Law, Voltage, Current, Resistance and Ohm's Law, Measurement of Electricity, Electrical energy and Power | Circuits: Series, Parallel (Simple and Complex), Electrical Safety, Types of Current (Direct and Alternating)
Magnetism: Magnets (Poles, Materials), Magnetic fields, Magnetic forces, Right Hand Rules for Magnetic Force, Field and Velocity
0
cards
Week 4 - Electromagnetic waves and Light
Charges and Fields, Electromagnetic Waves, Properties of EM Waves, EM Spectrum, Doppler Effect and EM Waves.
Light: Particle Nature of Light, Dual Nature of Light, Reflection of Light (Types), Law of Reflection, Refraction of Light, Index of Refraction, Frequency Between Media, Snell's Law of Refraction, Total Internal Reflection, Critical Angle, Fiber Optics
1
cards
Week 5 - Ionising Radiations and Clinical Applications of Radiation
Ionising Radiations: Ionising Radiations (Atmosphere), Electromagnetic Energy, Frequency, Wavelength, Energy, Wave Behaviours, (Reflection, Absorption, Diffraction, Scatter, Refraction), Energy to Image, Infrared Waves, Visible Light, Ultraviolet Waves, X-rays, Gamma Rays.
Clinical Application of Radiation: Radio-waves, Infrared Applications, Visible Light Applications, X-Ray Applications, Gamma Ray Applications (Gamma Camera)
0
cards
Week 6 - Atomic Physics
Development of Atomic Theory, Different Atomic Models + Limitations (Rutherford, Bohr, etc)
• Explain atomic models
• Establish the equations of energy of electron states
• Explain the photoelectric effect and identify its conditions
• Analyse the strengths and limitations of Bohr atom model
5
cards
Week 7 -
0
cards
Week 8 - Radioactivity and Nuclear Interaction With Matter
• Explain the mechanism of radioactive decay
• Understand nuclear decay law
• Calculate the half life, decay constant, and radioactivity
• Understand the mechanism of alpha decay, beta decay and gamma decay
10
cards
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Med Rad Physics
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