Engineering Physics
Notes,quiz,blog and videos of engineering physics for engineering.
What's Engineering Physics APK?
Engineering Physics is a app for Android, It's developed by Engineering Hub author.
First released on google play in 8 years ago and latest version released in 2 years ago.
This app has 7.2K download times on Google play and rated as 3.42 stars with 26 rated times.
This product is an app in Education category. More infomartion of Engineering Physics on google play
Notes,quiz,blog and videos of engineering physics for engineering.It almost cover important topics chapter wise
Unit 1. Quantum Physics
1. Newton's Laws
2. Friction
3. Kinetic and Work-Energy Theorem
4. Conservation of Energy
5. Phase velocity and Group Velocity
6. Uncertainty Principle and Schrodinger Equation
Unit 2. Wave Optics
1. Fresnel's biprism
2. Interference in Thin Films
3. Newton's rings
4. Michelson's interferometer experiments
5. Single slit and Multiple slit diffraction
6. Resolving power of prism
7. Polarization
8. Brewster's Law
9. Double refraction
10. Nicol Prism
11. Quarter & Half wave plate
Unit 3. Nuclear Physics
1. The liquid drop model
2. Nucleus Shell Model
3. Linear Accelerators
4. Geiger-Muller Counter
5. Motion of charged particles in crossed electric
6. Motion of charged particles in magnetic fields
Unit 4. Solid State Physics
1. Kronig Penny model
2. Effective Mass
3. The Fermi Dirac Distribution
4. Intrinsic and Extrinsic Semiconductors
5. Zener Diode
6. Tunnel Diode
7. Photodiode
8. Solar Cell
9. Hall Effect
10. The Meissner effect
11. Type I and Type II superconductors
Unit .5 Laser and Fiber Optics
1. Stimulated and spontaneous processes
2. Einstein coefficients
3. Active Medium and Transition Probabilities and Fermi's Golden Rule
4. Population Inversion and Laser Pumping
5. Characteristics of Lasers and OPTICAL RESONATORS
6. Coherence,
7. Principles and working of Ruby
8. Helium-neon laser and CO2 laser
9. Fundamentals of Optical Fibers
10. Light Propagation
Unit 1. Quantum Physics
1. Newton's Laws
2. Friction
3. Kinetic and Work-Energy Theorem
4. Conservation of Energy
5. Phase velocity and Group Velocity
6. Uncertainty Principle and Schrodinger Equation
Unit 2. Wave Optics
1. Fresnel's biprism
2. Interference in Thin Films
3. Newton's rings
4. Michelson's interferometer experiments
5. Single slit and Multiple slit diffraction
6. Resolving power of prism
7. Polarization
8. Brewster's Law
9. Double refraction
10. Nicol Prism
11. Quarter & Half wave plate
Unit 3. Nuclear Physics
1. The liquid drop model
2. Nucleus Shell Model
3. Linear Accelerators
4. Geiger-Muller Counter
5. Motion of charged particles in crossed electric
6. Motion of charged particles in magnetic fields
Unit 4. Solid State Physics
1. Kronig Penny model
2. Effective Mass
3. The Fermi Dirac Distribution
4. Intrinsic and Extrinsic Semiconductors
5. Zener Diode
6. Tunnel Diode
7. Photodiode
8. Solar Cell
9. Hall Effect
10. The Meissner effect
11. Type I and Type II superconductors
Unit .5 Laser and Fiber Optics
1. Stimulated and spontaneous processes
2. Einstein coefficients
3. Active Medium and Transition Probabilities and Fermi's Golden Rule
4. Population Inversion and Laser Pumping
5. Characteristics of Lasers and OPTICAL RESONATORS
6. Coherence,
7. Principles and working of Ruby
8. Helium-neon laser and CO2 laser
9. Fundamentals of Optical Fibers
10. Light Propagation
