There are no items in your cart
Add More
Add More
Item Details | Price |
---|
🎯 "Master the Concepts, Crack the Exam – Learn Anytime, Anywhere with Live + Recorded Classes!" 🎓📹
Instructor: Kuldeep
Language: ENGLISH, HINDI
The Master Cadre Physics exam is a highly competitive teaching recruitment exam conducted for science graduates aspiring to become lecturers in Punjab government schools. To succeed in this exam, students must have crystal-clear concepts, fast problem-solving skills, and continuous practice.
🎓 Bansal Academy brings you the ultimate combo of Live + Recorded Lectures for Master Cadre Physics — designed by India’s top physics educators.
💡 Whether you're a working professional, a college student, or a repeater, this course provides flexibility, depth, and rigorous preparation to help you master every topic of the Physics syllabus.
🧑🏫 Attend real-time sessions with experienced faculty
📅 Structured weekly timetable
🔁 Interactive sessions for real-time doubt resolution
📌 Daily and weekly targets to keep your preparation on track
🕐 Access any time, from any device
📚 Replay difficult topics as many times as needed
📽️ Lecture library of all completed sessions
🎧 Learn at your own pace with chapter-wise video lectures
✅ Handwritten + digital notes
✅ Shortcuts, formula lists & concept summaries
✅ Prepared topic-wise by Master Cadre Physics experts
✅ Perfect for quick revision before tests and exams
🧠 Designed to enhance conceptual clarity
✍️ Practice questions on every sub-topic
📘 Includes numericals, derivations & theory-based questions
✅ With expert solutions and explanations
📊 Full-length mock tests
📌 Chapter-wise & subject-wise test series
🕒 Time-bound tests for speed practice
📈 Detailed performance analysis after each test
✅ 15+ Years of Teaching Exam Excellence
✅ Best Faculty for Physics Subject
✅ Updated Content as per latest syllabus
✅ Flexible Learning (Live + Recorded)
✅ Affordable Fees with High Success Rate
✅ Top Rankings in Previous Master Cadre Results
✅ Fresh graduates preparing for Punjab Master Cadre
✅ Working professionals looking for flexible preparation
✅ Repeaters who need strong conceptual revision
✅ Learners who want a combination of live teaching and recorded backup
Every week, a special class is scheduled just to take doubts from students and ensure 100% conceptual clarity.
Special webinars to guide you on how to maintain momentum, avoid burnout, and prepare smartly.
Any changes in the exam pattern or syllabus are promptly integrated into the course plan.
✔️ Compatible on mobile, tablet, and desktop
✔️ User-friendly portal for lectures, notes, and tests
✔️ Telegram/WhatsApp support groups
✔️ Live alerts, announcements, and revision planner
👉 Visit: https://bansalacademy.com
📲 Call/WhatsApp: +919216090169
🖱️ Select "Master Cadre Physics Live + Recorded" from course list
💳 Make secure online payment
🎓 Start your preparation journey instantly!
🧠 With Live classes, you ask questions.
📽️ With Recorded classes, you revisit concepts.
📒 With Notes & Assignments, you absorb knowledge.
📝 With Tests, you evaluate progress.
That’s the winning strategy Bansal Academy gives you!
Don’t let time, location, or confusion hold you back.
Prepare smartly with Bansal Academy – the name trusted by thousands for competitive success.
🌐 Website: https://bansalacademy.com
📞 Contact: +919216090169
Course Terms and Conditions
Course Validity and Syllabus Completion:
Each course validity package is designed to cover the entire syllabus once within a single batch Validity .
Students enrolled in any validity package will have access to the recorded sessions of that batch until the validity period ends.
If a student misses any class from their end, no repeat classes will be provided after the syllabus has been completed. It is the student’s responsibility to attend the scheduled classes.
Lifetime Validity:
Certain batches may offer lifetime validity, which means the course access is valid until the relevant examination is conducted( Validity Till Exam ).
The syllabus will be completed once during this lifetime validity, similar to other packages.
Recording Access:
Recordings provided are solely for the purpose of personal review and study. Sharing or distributing these recordings is strictly prohibited.
Course Materials:
Course materials, including notes, assignments, and quizzes, are provided for personal use only. Unauthorized use or distribution of these materials is not allowed.
Refund Policy:
No refunds will be provided under any circumstances. Students are advised to thoroughly review the course details before making a purchase.
Technical Issues:
The institute is not responsible for any technical issues on the student’s end, including but not limited to internet connectivity problems, hardware malfunctions, or software compatibility issues. Recordings of the classes will be provided to compensate for any missed sessions due to such issues.
Code of Conduct:
Students are expected to maintain decorum and respect in all online interactions. Any form of misconduct may result in termination of access to the course without any refund.
Changes to Course Schedule:
The institute reserves the right to make changes to the course schedule, including the timing of classes and the duration of the course. Students will be informed of any such changes in advance.
Certification:
Certificates, if applicable, will only be provided upon successful completion of the course and all associated assessments. Missing any assessment without prior approval may result in not receiving the certificate.
Disclaimer:
The institute makes no guarantees regarding the success or performance of students in any exams or assessments as a result of completing the course. Success depends on individual effort and dedication.
Amendments:
The institute reserves the right to amend these terms and conditions at any time. Students will be notified of any significant changes.
By enrolling in the course, students agree to abide by these terms and conditions. Failure to comply with these terms may result in the termination of course access without any refunds.
Condensed Matter Physics | |||
unit cell ,basis, bravais lattice in 2d cmp ppt lec 1 [19-5-25] | |||
unit cell ,basis, bravais lattice in 2d cmp ppt lec 1 | |||
SCC | |||
Lec-02 SCC [20-5-25] | |||
scc ,bcc cmp lec 3 | |||
Lec-03 SCC , BCC [21-5-25] | |||
Lec-04 FCC , Hexagonal Structure in 2 D [23-5-25] | |||
fcc , hexagon in 2d | |||
Lec-05 Hexagonal in 2D , NACL structure [26-5-25] | |||
hexagonal in 2d , NACL structure | |||
cscl and diamond structure | |||
Lec-06 CSCL and Diamond Structure [26-5-25] | |||
Lec-07 Graphene [29-5-25] | |||
Lec-08 Miller Indices [30-5-25] | |||
miller indices_ | |||
Bragg's law ,cmp | |||
Assignment solution of Crystal structure part 1 | |||
Assignment Solution of Crystal Structure part 2 | |||
Lec-10 Specific Heat of Solids [2-6-25] | |||
specfic heat of solids | |||
Lec-11 Structure Factor [3-6-25] | |||
structure factor | |||
Lec-12 Monoatomic Lattice [5-6-25] | |||
Monoatomic Lattice | |||
no of branches in solid | |||
Lec-13 Number of Branches in Solids [6-6-25] | |||
DIELECTRIC MATERIAL | |||
Lec-14 Dielectric Material [7-6-25] | |||
practice sheet (5) Thermal properties of Materials | |||
dielectric assignment video solution ,cmp | |||
practice sheet (7) Dielectric (1) | |||
TEST-(CRYSTAL STRUCTURE) | |||
Test discussion of crystalstructure, cmp | |||
CMP - test | |||
Lec-15 Diamagnetism Material [11-6-25] | |||
Lec-16 Para magnetism [13-6-25] | |||
diamagnetism material | |||
paramagnetism | |||
Lec-17 Ferro , Ferri , Ferromagnetism [13-6-25] | |||
ferro ,ferri ,anti-ferromagnetism | |||
Lec-18 Superconductors [17-6-25] | |||
superconductors | |||
Lec-19 BCS Theory of Superconductivity [18-6-25] | |||
bcs theory of superconductivity | |||
Digital Electronics | |||
Lec-01 Logic gates [09-05-2025] | |||
logic gates | |||
Lec-02 Boolean Algebra [10-5-25] | |||
Lec-03 K Map [14-5-25] | |||
Lec-04 Practice using K Map [15-5-25] | |||
practice using k map | |||
Lec-05 Number System [16-5-25] | |||
number system | |||
Lec-06 Addition and Subtraction [16-5-25] | |||
addittion and subtraction | |||
Nuclear Physics | |||
Lec-01 Basic Properties of Nucleus [26-2-25] | |||
basic properties of nucleus | |||
Lec-02 Binding Energy [27-2-25] | |||
binding energy | |||
Lec-03 Liquid Drop model [3-3-25] | |||
liquid drop model | |||
shell model | |||
Lec-04 Shell model [4-3-25] | |||
shell model for odd nuclei | |||
shell model for odd nuclei [5-3-25] | |||
magnetic moment , quadupole moment,collective model | |||
magnetic moment , quadupole moment,collective model [7-3-25] | |||
alpha decay | |||
Alpha Decay [10-3-25] | |||
beta decay | |||
Beta Decay [12-3-25] | |||
gamma decay | |||
Gamma Decay [13-3-25] | |||
nuclear reactions | |||
Nuclear Reactions [15-3-25] | |||
total internal conversion and reactors | |||
total internal conversion and reactors [28-3-25] | |||
Particle Physics | |||
elementary particle , forces , particle physics [17-3-25] | |||
elementary particle , forces , particle physics lec 1 | |||
Lec-02 isospin, strangeness [19-3-25] | |||
isospin, strangeness | |||
Lec-03 Conservation Laws [19-3-25] | |||
conservation laws | |||
homework questions of conservation laws | |||
Lec-04 Conservation of Laws [22-3-25] | |||
quark | |||
Lec-05 Quarks [24-3-25] | |||
Complete nuclear and particle physics class notes | |||
Quark Colour [26-3-25] | |||
Thermodynamics | |||
Lec-01 Basic Tools of Thermodynamics | |||
Lec-02 Maxwell equation,Thermodynamics | |||
Lec-03 Degree of freedom ,Thermodynamics | |||
Lec-04 Equipartition theorem,Thermodyanamics | |||
Lec-05 Practice of equipartition theorem,Thermodynamics | |||
Lec-06 Assignment discussion of thermodynamics maxwell equations ,thermodynamics (2024-07-08) | |||
LEC-7 Isothermal and Adiabatic process THERMODYNAMICS | |||
Lec-9 Maxwell Velocity distribution ,thermodynamics | |||
Lec-10 Maxwell Speed and Velocity distribution , Thermodynamics | |||
Lec-11 2nd law carnot heat engine ,thermodynamics | |||
Lec-12 Calorimetry principle thermodynamics | |||
Lec-13 Refrigerator ,isothermal compressibility ,3rd law of thermodynamics, thermodynamics | |||
Lec-14 Assignment solution of different process , thermodynamics | |||
Lec-15 Assignment discussion of mazwell velocity and speed distribution, thermodynamics | |||
Lec-16 Phase transitions, thermodynamics | |||
Lec-17 Kinetic theory of gaseous, thermodynamics | |||
Lec-19 Solution Of phase transitions ,thermodynamics | |||
Lec-8 Isobaric ,isochoric process , practice sheet discussion of equipartition ,thermodynamics | |||
TEST-1 (Maxwell velocity, distribution thermodynamics) quiz done | |||
THERMODYANMICS -Solution of Test-1 maxwell velcity distribution | |||
TEST-2 (Solution Different process thermodynamics ) quiz done | |||
THERMODYANMICS- Solution of Test- different process | |||
TEST-3 (Carnot Cycle Solution Thermodynamics) quiz done | |||
THERMODYANMICS- Solution of Test -carnot cycle | |||
TEST-4 (maxwell equation solution thermodynamics ) quiz done | |||
THERMODYANMICS - Solution of test -maxwell equations | |||
TEST-5 (Ideal Gas Solution Thermodynamics) quiz done | |||
THERMODYANMICS- Solution of test-5 ideal gases | |||
TEST-6 (solution phase transitions thermodynamics) quiz done | |||
THERMODYANMICS -Solution of test -6 phase transition | |||
Electrodynamics | |||
Electrodynamics Lec-01 | |||
gradient ,divergence ,curl electrodynamic lec 2 | |||
Line integral electrodynamics Lec-03 [4-11-2024] | |||
Surface Integration Electrodynamics Lec-04 [5-11-2024] | |||
volume integration,funamental theorem ,electrodynamics Lec-05 [6-11-2024] | |||
Dirac Delta Function Lec-06 [9-11-2024] | |||
Dirac Delta Lec-07 [12-11-2024] | |||
Lec assignment discussion of line ,volume ,surface integral electrodynamics | |||
coulomb force ,electrostatic [13-11-2024] | |||
electrostatic lec 1 | |||
Electric Field , Electrodynamics [15-11-2024] | |||
electrostatic lec 2 | |||
electric field due to hollow sphere and solid sphere | |||
ed lec 3 | |||
Assignment discussion, electrodynamics [1,2,3] | |||
solution of dirac delta function ,ed [21-11-24] | |||
solution of assignment dirac delta function | |||
Assignment Solution of Integral [22-11-24] | |||
assignment solution of integral ed | |||
Assignment discussion of integral ,Electrodynamics [22-11-24] | |||
TEST- Calculus of Vectors | |||
Electric field due to conducting Nd non conducting sheet ,infinite wire , [25-11-24] | |||
electric field | |||
Test discussion of calculus of vectors , Electrodynamics [26-11-24] | |||
Calculus of Vectors TEST Discussion | |||
electric field and electric potential energy [29-11-24] | |||
electric potential | |||
electric potential due to hollow sphere and solid sphere [30-11-24] | |||
electric potential due to hollow shpere and solid shpere | |||
TEST-1 (ELECTRIC FIELD) | |||
potential due to dipole | |||
Potential Due to Dipole [2-12-24] | |||
potential due to multipole expansion | |||
Potential Due to Multipole Expansion [4-12-24] | |||
potential due to quadrupole moment | |||
Potential Due to Quadrupole Moment [6-12-24] | |||
dielectircs | |||
Dielectrics [6-12-24] | |||
TEST-2 (ELECTRIC FIELD & POTENTIAL) | |||
Test- Electric field | |||
Test- Electric field and electric potential | |||
surface and volume bound charges in dielectrics [[11-12-24] | |||
surface and volume bound charges in dielectrics | |||
electrostatic boundary conditions | |||
Electrostatics boundary Conditions [11-12-24] | |||
PRACTICE SHEET (8) Electric field | |||
Practice sheet -(8) Electric field Solution | |||
Test - Electrostatic | |||
Solution of test - electrostatics | |||
Magnetic Field [13-12-24] | |||
magnetic field | |||
magnetic force | |||
Magnetic Force [17-12-24] | |||
magnetic field due to wire and ring | |||
Magnetic Field due to wire and ring | |||
magnetic field examples | |||
Magnetic Field Examples [20-12-24] | |||
helical path and cycloid motion | |||
Helical Path and Cycloid motion [21-12-24] | |||
TEST-1 (MAGNETIC FIELD) quiz done | |||
Solution of test-magnetic field | |||
ampere law | |||
Ampere Law [25-12-24] | |||
EMF | |||
EMF [30-12-24] | |||
faraday law | |||
Faraday's Law [31-12-24] | |||
example of magnetic field due to wire | |||
Examples of electric field due to wire [1-1-2025] | |||
mutual inductance and self inductance | |||
mutual inductance and self inductance [2-1-25] | |||
energy density in em , maxwell equatiions | |||
energy density in em , maxwell equatiions [3-1-25] | |||
TEST- Magnetostatic | |||
maxwell equations in free space and in matter | |||
maxwell equations in free space and in matter [6-1-25] | |||
em wave | |||
Electromagnetics Waves [7-1-25] | |||
pointing vector | |||
Pointing Vector [9-1-25] | |||
reflection and transmission | |||
Reflection and Transmission [10-1-25] | |||
em in conducting medium | |||
wave propagate in anisotropic medium | |||
wave propagate in anisotropic medium [14-1-25] | |||
wave guide [15-1-24] | |||
Interference and diffraction [17-1-25] | |||
Polarization [18-1-25] | |||
Polarization [20-1-25] | |||
polarization | |||
calcite cyrtal | |||
Calcite Crystal [21-1-25] | |||
calcite cyrtal [21-1-25] | |||
method of images | |||
Method of Images [22-1-25] | |||
transformation | |||
Transformation, Electrodynamics | |||
Transformation [24-1-25] | |||
Statistical Physics | |||
No of microstates in discrete case , statistical physics part 1 | |||
macrostates ,entropy , statistical part 2 (2024-07-29 05_30 GMT+5_30) | |||
microstates in continuous system ,statistical physics (2024-07-30 05_36 GMT+5_30) | |||
Practice Sheet Discussion of Microstates (2024-08-01 05_32 GMT+5_30) | |||
Distribution fuction | |||
Distribution Fuction 2 | |||
Distribution Fuction 3 | |||
Distribution fuction 4 | |||
Distribution Fuction 5 | |||
Black Body Radiation Practice | |||
Black Body Radiation Practice 2 | |||
assignment discussion of distribution function ,statistical physics | |||
assignment discussion of microstates ,statistical physics | |||
Classical Mechanics | |||
degree of freedom lec 1 classical mechanics (2024-08-23 | |||
generalized coordinates, lec 2 classical mechanics (2024-08-24 05_36 GMT+5_30) | |||
lagrangian lec 3 classical mechanics (2024-08-27 05_43 GMT+5_30) | |||
conservation laws | |||
conservation laws lec-2 | |||
small oscillations 30-08--2024 | |||
assignment discussion of conservation laws classical mechanics | |||
small oscillations lec 2 02/09/2024 | |||
special theory of relativity (3 sept 2024) | |||
special theory of relativity( 4 th sept 2024) | |||
special theory of relativity (6th sept 2024) | |||
special theory of relativity (7th sept 2024) | |||
Special Theory of Relativity questions | |||
special theory of relativity (9th september 2024) | |||
special theory of relativity 10th sept 2024 | |||
doppler effect | |||
energy and momentum transformation | |||
quantum mechanics | |||
basic tools of quantum mechanics 11 sept 2024 | |||
orthogonal function and normalized function 12 sept 2024 | |||
dirac notation (14 sept 2024) | |||
Expection value quantum mechanics | |||
Eigen value, expectation value ( 17 sept 2024 ) qunatum mechanics | |||
probability ( 20 sept 2024) | |||
uncertainty of operator (21 sept 2024 ) | |||
photoelectric and compton effect ( 23 sept 2024) | |||
compton effect (24 sept 2024) | |||
PRACTICE SHEET - 1 (Photoelectric effect and Compton effect + Dual Nature) (1) | |||
PRACTICE SHEET - 2 (Photoelectric effect and Compton effect + Dual Nature) (1) | |||
solution of practice sheet 2 photoelectric effect and compton effect | |||
dual nature (26 sept 2024 ) | |||
practice sheet of photoelectric ,compton effect (27 sept 2024) | |||
practice sheet solution of photo electric effect and compton effect | |||
operators chapter 2 (1 oct 2024 ) | |||
wave equation and function ( 2 oct 2024 ) | |||
practice of chapter 2 (3 oct 2024 ) | |||
1. PRACTICE SHEET -THE WAVE FUNCTION AND THE SCHEROEDINGER EQUATION | |||
commutator bracket (4 oct 2024 ) | |||
commutation bracket (5 oct 2024 ) | |||
1. TEST -THE WAVE FUNCTION AND THE SCHEROEDINGER EQUATION quiz done | |||
L,P,X COMMUATION BRACKET (8 oct 2024 ) | |||
one dimesional box ( 10 oct 2024 ) | |||
finite potential well (11 oct 2024) | |||
practice of potential well (15 oct 2024 ) | |||
practice of potential well (16 oct 2024 ) | |||
practice of quantum (17 oct 2024) | |||
Practice of Quantum Mechenics ( 18 Oct 2024) | |||
hydrogen (21 oct 2024 ) | |||
Identical Particles Practice 23 oct | |||
Quantum Mechanics Practice questions | |||
Quantum Mechanics Practice | |||
Atomic and Molecular Physics | |||
Lec-01 Bohr Model [25-1-25] | |||
bohr model | |||
Lec-02 Hydrogen Atom [25-1-25] | |||
hydrogen atom | |||
Lec-03 Hydrogen Spectra [28-1-25] | |||
hydrogen spectra | |||
Lec-04 Reduced Mass [29-1-25] | |||
reduced mass | |||
positronium atom, muonic atom | |||
Lec-05 Positronium atom, muonic atom [30-1-25] | |||
atoms practice sheet 1 | |||
Solution of practice questions of Atoms (Part-1) | |||
Solution of practice questions of Atoms (Part-2) | |||
Lec-06 Quantum Number [1-2-25] | |||
quantum number | |||
Assignment solution of Bohr model | |||
Lec-07 Term symbol for one electron and multielectron system [3-2-25] | |||
Lec-08 Term symbol for multi electron system [4-2-25] | |||
term symbol for one electron and multielectron system | |||
Coupling , Angle [6-2-25] | |||
coupling ,angle | |||
g factor and mangnetic moment | |||
g factor and mangnetic moment [8-2-24] | |||
Practice of Term Symbol [10-2-25] | |||
normal zeeman effect | |||
Normal Zeeman Effect [10-2-25] | |||
anomolous zeeman effect | |||
anomolous zeeman effect [12-2-25] | |||
paschen back effect , hyperfine structure | |||
Paschen back effect , hyperfine structure [15-2-25] | |||
rotational spectra | |||
Rotational Spectra [18-2-25] | |||
vibrational spectra | |||
Vibrational Spectra [19-2-25] | |||
raman spectra | |||
Raman Spectra [21-2-25] | |||
practice of raman effect , x ray | |||
Practice of Raman Effect , X Ray [22-2-25] | |||
Electronics | |||
Lec-01 Semiconductors [31-3-25] | |||
semiconductors lec 1 | |||
unbiased diode | |||
Lec-02 unbiased diode [1-4-25] | |||
Lec-03 Biasing [2-4-25] | |||
biasing | |||
biasing difference , current | |||
Lec-04 biasing difference , current [4-4-25] | |||
Lec-05 Half wave rectifier [7-4-25] | |||
half wave rectifier | |||
Lec-06 centre tap rectifier [9-4-25] | |||
centre tap rectifier | |||
Lec-07 Bridge Rectifier [10-4-25] | |||
bridge rectifier | |||
Lec- 08 Zener Diode [11-4-25] | |||
zener diode | |||
Lec-09 zener diode circuit [11-4-25] | |||
zener diode circuit | |||
Lec-10 Clipper [15-4-25] | |||
clipper | |||
biased clipper | |||
Lec-11 Biased clipper [16-4-25] | |||
negative clamper | |||
Lec-12 Negative clamper [18-4-25] | |||
clipper biasing | |||
Lec-13 Clipper biasing [21-4-25] | |||
biased clipper series | |||
Lec-14 Biased Clipper , series [21-4-25] | |||
transistor | |||
Lec-15 Transistor [23-4-25] | |||
input charteristics | |||
Lec-16 Input charteristics [24-4-25] | |||
Lec-17 Output characteristics of transistor. | |||
output characteristics of transistor | |||
OUTPUT CHARACTERITICS OF FET | |||
Lec-18 Output Characteristics of FET [29-4-25] | |||
transfer characteristics of FET | |||
Lec-19 Transfer characteristics of FET [29-4-25] | |||
depletion mosfet | |||
Lec-20 Depletion , Mosfet [2-5-25] | |||
Lec-21 Operational Amplifiers [2-5-25] | |||
lec 22 operational amplifier | |||
lec- 23 operational amplifier[08-05-2025] | |||
CMP | |||
LEC - 3 SCC, FCC, BCC SOLID STATE & CMP | |||
LEC - 4 Hexagonal in 2D and 3D SOLID STATE & CMP | |||
LEC - 5 Nacl, CScl, Diamond structure SOLID STATE & CMP | |||
LEC - 6 Graphene, CMP SOLID STATE & CMP | |||
LEC - 7 Miller Indices SOLID STATE & CMP | |||
LEC - 8 Bragg's law, diffraction, interference SOLID STATE & CMP | |||
LEC - 9 Geometrical Structure factor SOLID STATE & CMP | |||
LEC - 10 Assignment Solution of Crsystal Structure SOLID STATE & CMP | |||
LEC - 11 Assignment Solution of Crsystal Structure SOLID STATE & CMP | |||
LEC - 12 Reciprocal latticce SOLID STATE & CMP | |||
LEC - 13 Reciprocal and Brillouin Zones SOLID STATE & CMP | |||
LEC - Interatomic bonding and madelung SOLID STATE & CMP | |||
LEC - 15 Monoatomic lattice SOLID STATE & CMP | |||
LEC - 16 Diatomic lattice, Specific Heat SOLID STATE & CMP | |||
Lec-17 Specific heat ,cmp (2023-10-23 01_06 GMT) | |||
Lec-18 electronic specific heat ,cmp (2023-10-25 01_07 GMT) | |||
LEC - 19 Band theory of solids SOLID STATE & CMP | |||
LEC - 20 Effective mass SOLID STATE & CMP | |||
LEC - 21 Dielectrics, CMP SOLID STATE & CMP | |||
LEC - 22 Diamagnetism SOLID STATE & CMP | |||
LEC - 23 Paramagnetism, Perromagnetism SOLID STATE & CMP | |||
LEC - 24 Superconductors SOLID STATE & CMP | |||
LEC - 25 Bcs Theory, Superconductors SOLID STATE & CMP | |||
LEC - 26 Superconductors Practice SOLID STATE & CMP | |||
semiconductors, analog electronics (2024-01-06 00_06 GMT) | |||
LEC - 27 Hall Effect, CMP SOLID STATE & CMP | |||
Lec- Test discussion of crystalstructure, cmp(2023-10-26 01_06 GMT) | |||
Lec-29 practice sheet reciprocal lattice discussion ,cmp | |||
LEC - 30 Group velocity and effective mass SOLID STATE & CMP | |||
Oscillation and Waves | |||
Undamped oscillator ,vibration and waves part 1 | |||
Superposition of two waves , compound pendulum | |||
Damped Oscillator | |||
Decay Factors Vibration and Waves | |||
Forced Oscillator | |||
Assignment Discussion of undamped oscillator | |||
Assignment Solution of Undamped and Damped Oscillation | |||
Assignment solution of undamped ,Damped Oscillator , Forced Oscillator | |||
Coupled oscillator | |||
Oscillation and Waves (Part-1) | |||
Oscillations and waves (Part-2) | |||
Oscillations and waves (Part-3) | |||
Oscillations and waves (Part-4) | |||
Oscillations and waves (Part-5) | |||
WAVE OPTICS - Concept of Huygen's wave theory and its principle (part-1) | |||
WAVE OPTICS - Concept of interference of waves (Part-2) | |||
WAVE OPTICS - Concept of diffraction through single slit (part-3) | |||
WAVE OPTICS - Concept of polarisation (part-4) | |||
Newton law and Laws of Motion | |||
Chapter -3 Kinematics | |||
Kinematics (part-1) | |||
Kinematics (part-2) | |||
Kinematics (part-3) | |||
Laws of motion (part-1) | |||
Laws of motion (part-2) | |||
Laws of Motion (part-3) | |||
Laws of motion (Part-4) | |||
Laws of motion (part-5) | |||
Practice Sheet [Motion in a Straight Line -1] | |||
Practice Sheet [Motion in a Straight Line -2] | |||
Practice Sheet [Motion in a Plane] | |||
Rigid Body | |||
Rigid Body Mechanics Part-01 | |||
Rigid Body Mechanics Part-02 | |||
Rigid Body Mechanics Part-03 | |||
Rigid Body Mechanics Part-04 | |||
Rigid Body Mechanics Part-05 | |||
Chapter-5 Circular Motion | |||
Chapter 8 Friction | |||
Chapter 6 Centre Of Mass | |||
Gravitational Law | |||
Gravitation (part-1) | |||
Gravitation (part-2) | |||
Chapter - 7 Gravitation | |||
conservation and non conservative forces | |||
Work, power and energy (Part-1)(Physics) | |||
conservation and non conservative focres , collsion | |||
Chapter- 4 Work, Power & Energy | |||
Bulk Properties of bulk Matter | |||
Properties of bulk matter (part-1) | |||
Properties of bulk matter (part-2) | |||
Properties of bulk matter(part-3) | |||
Properties of bulk matter (part-4) | |||
Properties of bulk matter (part-5) | |||
Properties of bulk matter (part-6) | |||
Properties of bulk matter (part-7) | |||
Properties of bulk matter (part-8) | |||
Practice Sheet [Mechanical properties of solid -1] | |||
Solution of practice questions of mechanical properties of solid (Part-1) | |||
Practice Sheet [Mechanical properties of solid -2] | |||
Solution of practice questions of Mechanical properties of solid (Part-2) | |||
Practice Sheet [Mechanical properties of fluid -1] | |||
Solution of practice questions of Mechanical properties of fluid(Part-1) | |||
Solution of practice questions of Mechanical properties of fluid(Part-2) | |||
Practice Sheet [Thermal properties of matter -1] | |||
Solution of practice questions of Thermal properties of matter(Part-1) | |||
Practice Sheet [Thermal properties of matter - 2] | |||
Solution of practice questions of Thermal properties of matter(Part-2) | |||
Special Theory Of Relativity | |||
part 1 Topic - Special Theory Of Relativity | |||
part 2 Topic - Special Theory Of Relativity | |||
part 3 Topic - Special Theory Of Relativity | |||
part 3 Topic - Special Theory Of Relativity | |||
part 4 Topic - Special Theory Of Relativity | |||
part 5 Topic - Special Theory Of Relativity | |||
part 6 Topic - Special Theory Of Relativity | |||
part 7 Topic - Special Theory Of Relativity | |||
part 8 Topic - Special Theory Of Relativity | |||
part 9 Topic - Special Theory Of Relativity | |||
part 10 Topic - Special Theory Of Relativity | |||
position, velocity ,acceleration in different coordinates | |||
Mechanics (Part-1) | |||
Mechanics (Part-2) | |||
optics | |||
Optics (Part-1) | |||
Optics (part-2) | |||
Optics | |||
Lec-01 Optics [9-6-25] | |||
Lec-02 Optics [10-6-25] | |||
Lec-03 Optics [11-6-25] | |||
Lec-04 Optics [13-6-25] | |||
Lec-05 Optics [14-6-25] | |||
Lec-06 Optics [16-6-25] | |||
Lec-07 Optics [17-6-25] | |||
Lec-08 Optics [18-6-25] |
After successful purchase, this item would be added to your Library.
You can access the library in the following ways :