PHY113
Physics
Difficulty :
Medium
Allot 5 to 7 days for this subject. Some topics are hard or vast.
Rotational Dynamics and Oscillatory Motion
Estimated Marks : 5
4 Videos
Study Tips:
This chapter is easy and short. Learn the derivations which are short and formulas to easily solve numerical
Chapter Playlist
1
Rotational Dynamics
Rotational Dynamics2
Torque
Torque3
Oscillatory Motion
Oscillatory Motion4
Spring Mass
Spring Mass- 1Rotational Dynamics
- 2Torque
- 3Oscillatory Motion
- 4Spring Mass
Electric and Magnetic Field
Estimated Marks : 5
1 Video
Chapter Playlist
1
one shot
one shot- 1one shot
Fundamentals of Atomic Theory
Estimated Marks : 10
4 Videos
Chapter Playlist
1
part-1
part-12
part-2
part-23
part-3
part-34
part-4
part-4- 1part-1
- 2part-2
- 3part-3
- 4part-4
Methods of Quantum Mechanics
Estimated Marks : 10
4 Videos
Study Tips:
If you are just studying before exam, just study debroglie equation and uncertainty principle and skip everything. This stuff is too crazy.
Chapter Playlist
1
Wave functions
Wave functions2
Schrondinger equation
Schrondinger equation3
Schrodinger equation for hydrogen atom
Schrodinger equation for hydrogen atom 4
Space quantization
Space quantization- 1Wave functions
- 2Schrondinger equation
- 3Schrodinger equation for hydrogen atom
- 4Space quantization
Fundamentals of Solid State Physics
Estimated Marks : 10
10 Videos
Study Tips:
If just before exam, practice some numericals (Questions are too much repetative), learn bloch-theorem (just statement, no derivation).
Chapter Playlist
1
Solid state basics
Solid state basics2
Crystal bonding
Crystal bonding3
Classical Free Electron Model
Classical Free Electron Model4
Quantum Theory Of Free Electron Model
Quantum Theory Of Free Electron Model5
Bloch theorem
Bloch theorem6
Kronig-Penney Model
Kronig-Penney Model 7
Tight-Binding Approximation
Tight-Binding Approximation 8
Conductors Insulators and Semiconductors
Conductors Insulators and Semiconductors9
effective mass of electrons and holes
effective mass of electrons and holes10
numericals
numericals- 1Solid state basics
- 2Crystal bonding
- 3Classical Free Electron Model
- 4Quantum Theory Of Free Electron Model
- 5Bloch theorem
- 6Kronig-Penney Model
- 7Tight-Binding Approximation
- 8Conductors Insulators and Semiconductors
- 9effective mass of electrons and holes
- 10numericals
Semiconductor and Semiconductor Devices
Estimated Marks : 15
24 Videos
Chapter Playlist
1
semiconductor Introduction
semiconductor Introduction2
Intrinsic Semiconductor
Intrinsic Semiconductor3
Extrinnsic semiconductor
Extrinnsic semiconductor4
Electron concentration in Intrinsic Semiconductor
Electron concentration in Intrinsic Semiconductor5
Hole concentration in Intrinsic Semiconductor
Hole concentration in Intrinsic Semiconductor6
Fermi level in Intrinsic Semiconductor
Fermi level in Intrinsic Semiconductor7
fermi level in extrinsic semiconductors
fermi level in extrinsic semiconductors8
P-type Semiconductor
P-type Semiconductor9
N-type Semiconductor
N-type Semiconductor10
electrical conductivity of semiconductor
electrical conductivity of semiconductor11
photoconductivity
photoconductivity12
metal-metal junction
metal-metal junction13
band schene of p-n junction diode
band schene of p-n junction diode14
Forward Bias (P N Junction Diode)
Forward Bias (P N Junction Diode) 15
Reverse Bias (P N Junction Diode)
Reverse Bias (P N Junction Diode)16
Ideal Diode Equation
Ideal Diode Equation17
bipolar junction transistor
bipolar junction transistor18
BJT : Common Base Configuration
BJT : Common Base Configuration19
BJT: Common Emitter Configuration
BJT: Common Emitter Configuration 20
BJT: Common Collector Configuration
BJT: Common Collector Configuration 21
Transistor as a voltage amplifier
Transistor as a voltage amplifier22
field effect transistor
field effect transistor23
Junction Field Effect Transistor
Junction Field Effect Transistor24
MOSFET
MOSFET- 1semiconductor Introduction
- 2Intrinsic Semiconductor
- 3Extrinnsic semiconductor
- 4Electron concentration in Intrinsic Semiconductor
- 5Hole concentration in Intrinsic Semiconductor
- 6Fermi level in Intrinsic Semiconductor
- 7fermi level in extrinsic semiconductors
- 8P-type Semiconductor
- 9N-type Semiconductor
- 10electrical conductivity of semiconductor
- 11photoconductivity
- 12metal-metal junction
- 13band schene of p-n junction diode
- 14Forward Bias (P N Junction Diode)
- 15Reverse Bias (P N Junction Diode)
- 16Ideal Diode Equation
- 17bipolar junction transistor
- 18BJT : Common Base Configuration
- 19BJT: Common Emitter Configuration
- 20BJT: Common Collector Configuration
- 21Transistor as a voltage amplifier
- 22field effect transistor
- 23Junction Field Effect Transistor
- 24MOSFET
Universal Gates and Physics of Integrated Circuits
Estimated Marks : 10
7 Videos
Study Tips:
Easy to gain marks. Learn very basic boolean algebra and demorgans law, basic flip flops concept from digital logic. 10 marks question may come from IC production, it is also not too much hard but might take some time.
Chapter Playlist
1
Logic Gates and Boolean Algebra
Logic Gates and Boolean Algebra 2
Resistor Transistor Logic
Resistor Transistor Logic 3
Transistor Transistor Logic
Transistor Transistor Logic4
SR Flip Flop
SR Flip Flop5
D flip flop
D flip flop6
Astable Multivibrator
Astable Multivibrator 7
The Process of IC Production
The Process of IC Production- 1Logic Gates and Boolean Algebra
- 2Resistor Transistor Logic
- 3Transistor Transistor Logic
- 4SR Flip Flop
- 5D flip flop
- 6Astable Multivibrator
- 7The Process of IC Production