PHYS103: Aviation Physics - The Basic Structure of an Atom - Physics Assignment Help

Assignment Task:

Course Learning Outcomes

Upon successful completion of the course, a student should be able to: 

CLO 1. Describe the basic structure of an atom and explain the basic difference between different states of matter 

CLO 2. Explain Temperature and its Measurement and Conversion between different Scales of Temperature. 

CLO 3. Explain Heat as a form of energy and the three basic mechanisms of heat transfer. 

CLO 4. Describe the zeroth, first and second laws of thermodynamics. 

CLO 5. Distinguish between transverse and longitudinal waves and between mechanical and electromagnetic waves. 

CLO 6. Explain the phenomena of reflection, refraction, diffraction, interference, standing waves and Doppler Effect. 

CLO 7. Describe optical images created by lenses, mirrors and simple optical instruments. 

CLO 8. Explain the characteristics of Simple harmonic motion and resonance.

CLO 9. Describe Rigidity and Precession of a Gyroscope and explain the balancing of rotating masses 

Course Topics

CT 1.   Matter and Energy: Chemical Nature of Matter, Molecules, Physical Nature of Matter and States of Matter

CT 2. Heat and Thermodynamics: Temperature and its Measurement: Temperature Scales, Celsius Scale, Fahrenheit Scale, Converting between Celsius and Fahrenheit Scales, Absolute Temperature Scales. Specific Heat Capacity, Heat Capacity, Heat Capacities of gases , Sensible Heat, Change of State, Latent Heat. Heat Transfer: Conduction, Convection, Radiation, and Expansion of solids and Liquids: Linear Expansion, Volumetric Expansion, Gas Laws, Boyle’s Law, Charles’ Law, and Combined Gas Law. Thermodynamics:  Laws of Thermodynamics, Thermodynamic Processes, Work done by and on a Gas, Heat Engines and Heat Pump, Engine Cycles- Otto cycle, Brayton cycle.

CT 3. Optics: Nature of light, Electromagnetic waves, Superposition and Interference- Constructive interference, Destructive interference and Standing waves. Reflection, Plane and curved mirrors, Spherical Aberration, Refraction, Dispersion, Total Internal Reflection, Fiber Optics , Lenses - Types of Lenses, Images Formed by Lenses and Lens Formula.

CT 4. Vibration and waves: Period, frequency and amplitude, Restoring Force, Simple harmonic motion, The simple pendulum ,Elastic Potential, Vibration Theory, Waves , Mechanical Waves, Spherical and Plane Waves, Progressive Waves, Transverse waves, Longitudinal wave, Wave Properties, Standing Waves. 

CT 5. Gyroscopes: Rigidity, Precession, Balancing of Rotating Masses.

CT 6. Sound: Nature of sound, Production of Sound Waves, Speed of Sound, Characteristics of Sound Waves, Doppler Effect.

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