# Course curriculum

• 1

### Module 1

• Probability : Lecture 1
• COURSENAME_SRG_Probability1_QUIZ
• Probability : Lecture 2
• COURSENAME_SRG_QUIZ Probability2
• Probability : Lecture 3
• COURSENAME_SRG_QUIZ probability 3
• Vector Algebra 1
• Vector Algebra 2
• Vector Algebra 3
• Vector Algebra 4
• Vector Algebra 5
• Vector Algebra 6
• COURSENAME_Vectors_QUIZ
• Differential Equation: Lecture 1
• Differential Equation: Lecture 1_QUIZ_1
• Differential Equation: Lecture 2
• BRIDGECOURSE_LEC-2-DIFFERENTIAL-EQN_QUIZ
• Answer Sheet _Differential Equation: Lecture 2
• Differential Equation: Lecture 3
• COURSENAME_SRG_QUIZ
• Answer sheet_Differential Equation: Lecture 3
• 2

### Module 2

• Coordinate Systems
• Coordinate Transformation
• Newton's Laws of motion
• BSPH201_Mod2_QUIZ_1
• Coordinate_System_RBN_lec1
• Coordinate_System_RBN_Study material 1
• Coordinate_System_RBN_Study Material 2
• Newton's_Law_RBN
• 3

### Module 3

• Huygen's Pinciple: Lecture1
• Huygen's Pinciple: Lecture2
• Coherence
• HUYGEN’S PRINCIPLE, COHERENCE_quiz
• Interference of Light 1
• Interference of Light 2
• Interference of Light 3
• Interference of Light 4
• Interference of Light 5
• INTERFERENCE_APR_QUIZ
• Answer Sheet_Interference of Light: Lecture 5
• 4

### Module 4

• Electrostatics Gauss law Part 1
• Electrostatics Gauss law Part 2
• Curl of Electric field
• Electric Potential Part 1
• Electric Potential Part 2
• Electric Potential Part 3
• Poisson's Equation and Laplace's Equation: Importance in Electrostatics
• Electrostatics Boundary Conditions
• Electrostatic energy of charge distribution-discrete and continuous
• Basic Properties of Conductor
• Biot-Savart Law and Divergence of Magnetic field
• Curl of Magnetic field and Ampere’s circuital law
• Magnetic Potential
• Question Booklet Of Module 4
• Answer Booklet Of Module 4
• 5

### Module 5

• Introduction to statistical mechanics, Microsystem , Macrosystem, Phase Space
• Microstate , Macrostate
• Counting of accessible microstates for distinguishable , indistinguishable Particle
• Introduction to statistical mechanics, Microsystem , Macrosystem,
• Answer Sheet_Introduction to statistical mechanics, Microsystem , Macrosystem,
• Introduction to Quantum Physics and History of the Subject
• Comparison between Classical and Quantum Physics - Qualitative analysis
• Comparison between Classical and Quantum Physics - Mathematical analysis
• Particle and Wave nature, Principle of Complementarity and Correspondence Principle
• de Broglie hypothesis and Heisenberg's Uncertainty Principle
• Photoelectric effect - Overview
• Photoelectric effect - analysis
• Introduction to Quantum Physics and History of the Subject_quiz
• Answer Sheet_Introduction to Quantum Physics and History of the Subject
• Bridge Course_Modern Physics_study material