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LESSON PLANNING PROGRAMME

Department	Faculty	Subject	Semester	Topic Type	Paper Type	Unit	Topic Desc	Sub Topic	Class
Physics	SUDIPTA KARMAKAR	PHYSICS (MAJOR )	1	Theory	Major-1	Unit 5	GRAVITATION AND CENTRAL FORCE MOTION	Law of gravitation,gravitational potential energy,potential and field due to spherical shell and solid sphere,motion of a particle under central force field,two body problem and its reduction to one b	4
Physics	SUDIPTA KARMAKAR	PHYSICS (MAJOR )	1	Theory	Major-1	Unit 6	ELATICITY	Hook's law,relation between elatic constants,poison's ratio,strain energy in a stretched wire,Twisting torque on a cylindrical or wire	4
Physics	SUDIPTA KARMAKAR	PHYSICS (MAJOR )	1	Theory	Major-1	Unit 7	FLUID MOTION	Surface tension,surface energy, Angle of contact,capillary rise,Viscosity,streamline flow,turbulent motion,stokes law,Renolds's number,Equation of continuity,Bernoullie's theorem,poiseuille's equation	5
Physics	SUDIPTA KARMAKAR	PHYSICS (MAJOR )	1	Theory	Major-1	Unit 8	special theory of relativity	postulates of special theory of relativity,lorentz transformation,lorentz contraction,time dilation,Relativistic addition of velocities,variation of mass with velocity,mass energy equivallence,rlativ	5
Physics	ISHITA DE	PHYSICS (MAJOR )	1	Practical	Major-1	Unit I	MECHANICS AND GPM	RIGIDITY MODULOUS STATICAL METHOD	10
Physics	ISHITA DE	PHYSICS (MAJOR )	1	Practical	Major-1	Unit I	MECHANICS AND GPM	RIGIDITY MODULOUS STATICAL METHOD	10
Physics	ISHITA DE	PHYSICS (MAJOR )	1	Practical	Major-1	Unit 2	MECHANICS AND GPM	YOUNG'S MODULOUS FLEXURE METHOD	10
Physics	ISHITA DE	PHYSICS (MAJOR )	1	Practical	Major-1	Unit 2	MECHANICS AND GPM	KATER'S PENDEULUM	10
Physics	ISHITA DE	PHYSICS (MAJOR )	1	Practical	Major-1	Unit 2	MECHANICS AND GPM	BAR PENDEULUM	10
Physics	ISHITA DE	PHYSICS (MAJOR )	1	Practical	Major-1	Unit 2	MECHANICS AND GPM	FLY WHEEL	10
Physics	ISHITA DE	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 2	MECHANICS AND GPM	YOUNG'S MODULOUS FLEXURE METHOD	10
Physics	ISHITA DE	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 2	MECHANICS AND GPM	FLY WHEEL	10
Physics	ISHITA DE	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 2	MECHANICS AND GPM	RIGIDITY MODULOUS BY STATICAL METHOD	10
Physics	ISHITA DE	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 2	MECHANICS AND GPM	RIGIDITY MODULOUS BY DYNAMICAL METHOD STATICAL METHOD	10
Physics	ISHITA DE	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 3	MECHANICS AND GPM	BAR PENDULUM	10
Physics	ISHITA DE	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 4	MECHANICS AND GPM	KATER'S PENDULUM	10
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	1	Practical	Minor-1	Unit I	TO STUDY THE MOTION OF SPRING AND CALCULATE SPRING CONSTANT ,ACCELERATION DUE TO GRAVITY		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 2	TO DETERMINE THE MODULUS OF RIGIDITY OF MATERIAL OF ACYLINDRICAL WIRE BY STATISTICAL METHOD		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 3	TO DETERMINE THE MODULUS OF RIGIDITY OF MATERIAL OF A CYLINDRICAL WIRE BY DYNAMICAL METHOD		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 4	TO DETERMINE THE MOMENT OF INERTIA OF A FLYWHEEL		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 5	TO DETERMINE THE VALUE OF G AND VELOCITYFOR A FREELY FALLING BODY USING DIGITAL TIMING TECHNIQUE		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 6	TO DETERMINE THE YOUNG'S MODULUS OF A WIRE BY FLEXURE METHOD		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 7	TO DETERMINE THE YOUNG'S MODULUS OF A WIRE BY OPTICAL LEVER METHOD		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 8	TO DETERMINE THE VALUE OF g USING BAR PENDULUM		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 9	TO DETERMINE THE VALUE OF g USING KATER'S PENDULUM		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 9	TO DETERMINE THE COEEFICIENT OF VISCOSITY OF A VISCOUS LIQUID USING STOKE'S LAW		0
Physics	ISHITA DE	PHYSICS (MINOR )	1	Practical	Minor-1	Unit 3	MECHANICS AND GPM	FREE FALLING BODY	10
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	2	Practical	Major -2	Unit I	Lab on Electricity & Magnetism	10. To study response curve of a Series LCR circuit and determine its (a) Resonant frequency; (b) Impedance at resonance (c) Quality factor Q and (d) Band width.	2
Physics	Parimal Sarkar	PHYSICS (MAJOR )	2	Practical	Major -2	Unit 6	Electricity and MagnetisM LAB	Measurement of field strength B and its variation in a solenoid (determine dB/dx).	4
Physics	Parimal Sarkar	PHYSICS (MAJOR )	2	Practical	Major -2	Unit 7	Electricity and MagnetisM LAB	To verify the Superposition, and Maximum power transfer theorems.	4
Physics	Parimal Sarkar	PHYSICS (MAJOR )	2	Practical	Major -2	Unit 8	Electricity and MagnetisM LAB	To determine self inductance of a coil by Anderson’s bridge.	4
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	2	Practical	Major -2	Unit 2	Electricity & Mgnetism Lab	Verification of Thevenin & Norton Theorem	4
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	2	Theory	Major -2	Unit I	Magnetic field	Properties of B: curl and divergence.	2
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	2	Theory	Major -2	Unit 4	Magnetic field	Biot-Savart’s Law and its simple applications: straight wire and circular loop. Current Loop as a Magnetic Dipole and its Dipole Moment (Analogy with Electric Dipole).	3
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	2	Theory	Major -2	Unit 4	Magnetic field	Ampere’s Circuital Law and its application to straight wire, Solenoid and Toroid. Properties of ~B: curl and divergence.	2
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	2	Theory	Major -2	Unit 4	Magnetic field	Vector Potential. Magnetic Force on (1) point charge (2) current carrying wire. Torque on a current loop in a uniform Magnetic Field,	3
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	2	Theory	Major -2	Unit 4	Magnetic field	, Ballistic Galvanometer: Current and Charge Sensitivity, Electromagnetic damping, Logarithmic damping, CDR.	2
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	2	Theory	Major -2	Unit 5	Magnetic Properties of Matter	Magnetisation vector (M~ ). Magnetic Intensity (H~ ). Magnetic Susceptibility and Permeability. Relation between ~B, H~ and M~ .	3
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	2	Theory	Major -2	Unit 5	Magnetic Properties of Matter	Diamagnetism,Paramagnetism and Ferromagnetism. B-H curve and hysteresis.	2
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	2	Theory	Major -2	Unit 5	Electromagnetic Induction	Faraday’s Law. Lenz’s Law. Motional emf, eddy current, Self-Inductance and Mutual Inductance. Reciprocity Theorem. Energy stored in a Magnetic Field.	3
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	2	Theory	Major -2	Unit 6	Network Theorem	Ideal Constant-voltage and Constant-current Sources	2
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	2	Theory	Major -2	Unit 6	Network Theorem	. Network Theorems: Thevenin’s theorem, Norton’s theorem, Superposition theorem, Reciprocity theorem, Maximum Power Transfer theorem. Applications to dc circuits.	5
Physics	Parimal Sarkar	PHYSICS (MAJOR )	2	Practical	Major -2	Unit 5	Electricity and MagnetisM LAB	Measurement of field strength B and its variation in a solenoid (determine dB/dx).	4
Physics	Parimal Sarkar	PHYSICS (MAJOR )	2	Practical	Major -2	Unit 6	Electricity and MagnetisM LAB	To verify the Thevenin’s and Norton’s theorems	4
Physics	Parimal Sarkar	PHYSICS (MAJOR )	2	Practical	Major -2	Unit 6	Electricity and MagnetisM LAB	To verify the Thevenin’s and Norton’s theorems	4
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	2	Theory	Major -2	Unit I	Electric Field & Potential	Coulomb"s law	2
Physics	Parimal Sarkar	PHYSICS (MAJOR )	2	Theory	Major -2	Unit I	Electricity and Magnetism: Electric Field and Electric Potential	Gauss’ Law with applications	5
Physics	Parimal Sarkar	PHYSICS (MAJOR )	2	Theory	Major -2	Unit I	Electricity and Magnetism: Electric Field and Electric Potential	Gauss’ Law with applications	5
Physics	ISHITA DE	PHYSICS (MAJOR )	2	Practical	Major -2	Unit I	Major 2 Lab : Electricity and Magnetism	1. To determine an unknown Low Resistance using Potentiometer/fall of potential method. 2. To determine an unknown Resistance using Carey Foster’s Bridge.	6
Physics	Parimal Sarkar	PHYSICS (MAJOR )	2	Theory	Major -2	Unit 2	Electricity and Magnetism: Electric Field and Electric Potential	Electric dipole	5
Physics	ISHITA DE	PHYSICS (MAJOR )	2	Practical	Major -2	Unit 2	Major 2 Lab : Electricity and Magnetism	3. To compare capacitances using De’Sauty’s bridge.	2
Physics	ISHITA DE	PHYSICS (MAJOR )	2	Practical	Major -2	Unit 4	Major 2 Lab : Electricity and Magnetism	8. To study the ac characteristics of a series CR Circuit. 9. To study the ac characteristics of a series LR Circuit.	8
Physics	Parimal Sarkar	PHYSICS (MAJOR )	2	Theory	Major -2	Unit 4	Electricity and Magnetism: Capacitance	Capacitance of parallel plate, spherical, cylindrical capacitor, combination of capacitors.	5
Physics	Parimal Sarkar	PHYSICS (MAJOR )	2	Theory	Major -2	Unit 5	Electricity and Magnetism:Electrical Circuits	DC Circuits	5
Physics	ISHITA DE	PHYSICS (MAJOR )	2	Practical	Major -2	Unit 4	Major 2 Lab : Electricity and Magnetism	10. To study response curve of a Series LCR circuit and determine its (a) Resonant frequency; (b) Impedance at resonance (c) Quality factor Q and (d) Band width. 11. To study the response curve of a p	8
Physics	Parimal Sarkar	PHYSICS (MAJOR )	2	Theory	Major -2	Unit 6	Electricity and Magnetism:Electrical Circuits	AC Circuits	5
Physics	Parimal Sarkar	PHYSICS (MAJOR )	2	Theory	Major -2	Unit 3	Electricity and Magnetism: Electric field in Conductor and Dielectric material	Relations between ~E, ~P and ~D. Gauss’ Law in dielectrics.	5
Physics	ISHITA DE	PHYSICS (MAJOR )	2	Practical	Major -2	Unit 5	Major 2 Lab : Electricity and Magnetism	6. To verify the Superposition, and Maximum power transfer theorems.	4
Physics	ISHITA DE	PHYSICS (MINOR )	2	Practical	Minor-2	Unit 5	Major 2 Lab : Electricity and Magnetism	13. To determine the self-inductance of two coils separately by using Anderson’s Bridge and the total equivalent inductance when they are connected in series and hence estimate the coefficient of coup	10
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Theory	Minor-2	Unit I	ELECTRIC FIELD AND ELECTRIC POTENTIAL	Coulomb's law,electric flux,gauss law,electrostatic energy of a charged sphere ,laplace 's &poisson equation,electrostatic forced of a charged particle,electric dipole,electric potential,field due to	4
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Theory	Minor-2	Unit 2	ELECTRIC FIELD IN CONDUCTOR & DIELECTRIC MATERIAL	Electric field in conductor,di electric polarisation ,electric susceptibility,dielectric constant,displacement vector,relation betyween E,P,D,Gauss law in dielectrics	2
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Theory	Minor-2	Unit 3	CAPACITANCE	Capacitance of a conductor,capacitance of parallel plate spherical,cylindrical capacitor	3
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Theory	Minor-2	Unit 4	MAGNETIC FIELD	Bio savart law,straight and circular loop,magnetic dipole &its dipole moment . Ampere circuital law & its application,properties of B ,divergence & curl,Torque on a current loop in a uniform magnetic	4
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Theory	Minor-2	Unit 5	MAGNETICS PROPERTIES OF MATTER	Manetisation vector,magnetic intensity,magnetic susceptibility&pemeability.relation between B,H,M. Dia para,ferromagnetism ,B-H CURVE	3
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Theory	Minor-2	Unit 6	ELECTROMAGNETIC INDUCTION	Faraday's law,Lenz's law,self inductance &mutual inductance,energy stored in magnetic field	2
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Theory	Minor-2	Unit 7	ELECTRICAL CIRCUITS	LR,CR, LCR circuit,series LCR circuit resonance,power dissipation,quality factor,band width.parallel LCR circuit,LC oscillation	3
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Theory	Minor-2	Unit 8	NETWORK THEOREMS	Thevenin theorem,Norton's theorem,superposition theorem,Maximum power Transfer theorem,Application to dc circuits	4
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Practical	Minor-2	Unit I	TO DETERMINE AN UNKNOWN LOW RESISTANCE USING FALL OF POTENTIAL METHOD		2
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Practical	Minor-2	Unit 2	TO DETERMINE AN UNKNOWN RESISTANCE USING CAREY FOSTER'S BRIDGE		2
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Practical	Minor-2	Unit 3	TO COMPARE CAPACITANCES USING DE'SAUTY BRIDGE		2
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Practical	Minor-2	Unit 4	TO VERIFY THE THEVENIN'S AND NORTON'S THEOREM		2
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Practical	Minor-2	Unit 5	TO VERIFY THE SUPERPOSITION AND MAXIMUM POWER TRANSFER THEOREM		2
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Practical	Minor-2	Unit 6	TO DETERMINE THE SELF INDUCTANCE OF A COIL BY ANDERSON'S BRIDGE		2
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Practical	Minor-2	Unit 7	TO STUDY THE AC CHARACTERISTIC OF A SERIES LR,CR CIRCUIT		2
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Practical	Minor-2	Unit 8	TO STUDY THE RESPONSE CURVE OF A SERIES LCR CIRCUIT & DETERMINE RESONANT FREQUENCY ,QUALITY FACTOR ,BAND WIDTH		2
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	2	Practical	Minor-2	Unit 9	TO DETERMINE THE SELF INDUCTANCE OF A COIL BY RAYLEIGH 'S METHOD		2
Physics	ISHITA DE	PHYSICS (MINOR )	2	Practical	Minor-2	Unit 4	Major 2 Lab : Electricity and Magnetism	8. To study the ac characteristics of a series CR Circuit. 9. To study the ac characteristics of a series LR Circuit.	8
Physics	ISHITA DE	PHYSICS (MINOR )	2	Practical	Minor-2	Unit I	Major 2 Lab : Electricity and Magnetism	1. To determine an unknown Low Resistance using Potentiometer/fall of potential method. 2. To determine an unknown Resistance using Carey Foster’s Bridge.	6
Physics	ISHITA DE	PHYSICS (MINOR )	2	Practical	Minor-2	Unit 2	Major 2 Lab : Electricity and Magnetism	3. To compare capacitances using De’Sauty’s bridge.	2
Physics	ISHITA DE	PHYSICS (MINOR )	2	Practical	Minor-2	Unit 5	Major 2 Lab : Electricity and Magnetism	10. To study response curve of a Series LCR circuit and determine its (a) Resonant frequency; (b) Impedance at resonance (c) Quality factor Q and (d) Band width. 11. To study the response curve of a p	10
Physics	ISHITA DE	PHYSICS (MINOR )	2	Practical	Minor-2	Unit 3	Major 2 Lab : Electricity and Magnetism	6. To verify the Superposition, and Maximum power transfer theorems.	2
Physics	ISHITA DE	PHYSICS (MAJOR )	3	Theory	Major-3	Unit I	WAVE AND OPTICS	ORDINARY DIFFERENTIAL EQUATION	4
Physics	ISHITA DE	PHYSICS (MAJOR )	3	Theory	Major-3	Unit 2	WAVE AND OPTICS	FOURIER SERIES	4
Physics	ISHITA DE	PHYSICS (MAJOR )	3	Theory	Major-3	Unit 3	WAVE AND OPTICS	SHM	4
Physics	ISHITA DE	PHYSICS (MAJOR )	3	Theory	Major-3	Unit 4	WAVE AND OPTICS	DAMPED OSCILLATION	4
Physics	ISHITA DE	PHYSICS (MAJOR )	3	Practical	Major-4	Unit I	ANALOG ELECTRONICS	PN JUNCTION DIODE AND ITS IV CHARACTERISTICS	4
Physics	ISHITA DE	PHYSICS (MAJOR )	3	Practical	Major-4	Unit I	ANALOG ELECTRONICS	ZENER DIODE AND ITS IV CHARACTERISTICS	8
Physics	ISHITA DE	PHYSICS (MAJOR )	3	Practical	Major-4	Unit I	ANALOG ELECTRONICS	OPAMP AS INVERTING AMPLIFIER	10
Physics	ISHITA DE	PHYSICS (MAJOR )	3	Practical	Major-4	Unit 3	ANALOG ELECTRONICS	OPAMP AS NON-INVERTING AMPLIFIER	10
Physics	ISHITA DE	PHYSICS (MAJOR )	3	Practical	Major-4	Unit 4	ANALOG ELECTRONICS	BJT IN CE MODE	10
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	3	Theory	Major-4	Unit I	Semiconductor diode	PandNtypesemiconductors	1
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	3	Theory	Major-4	Unit I	Semiconductor diode	EnergyLevelDiagramofSemi- conductors	1
Physics	ANIMESH HALDAR	PHYSICS (MAJOR )	3	Practical	Major-4	Unit I	Lab activity on Analog Electronics	To study the V-I characteristics of a Zener diode and its use as voltage regulator.	4
Physics	SUDIPTA KARMAKAR	PHYSICS (MAJOR )	3	Theory	Major-4	Unit 5	Coupled amplifiers	RC coupled amplifiers and its frequency response	2
Physics	SUDIPTA KARMAKAR	PHYSICS (MAJOR )	3	Theory	Major-4	Unit 6	Feedback in amplifiers	effect of positive and negative feedback on input impedance,output impedance,gain,stabilityand noise	4
Physics	SUDIPTA KARMAKAR	PHYSICS (MAJOR )	3	Theory	Major-4	Unit 7	Sinusoidal oscillators	Barkhausen criterion for sustained oscillation,RC phase shift oscillator,Hartley and colpitts oscillator	2
Physics	SUDIPTA KARMAKAR	PHYSICS (MAJOR )	3	Theory	Major-4	Unit 8	OPERATIONAL AMPLIFIERS	Characterisatic of an ideal and practical opamp,frequency response,CMRR,slew rate,concept of virtual ground,and application	4
Physics	SUDIPTA KARMAKAR	PHYSICS (MAJOR )	3	Theory	Major-4	Unit 9	conversion	resistive network accuracy,,A/D conversion	2
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit I	To determine the height of a building using a sextant		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 2	To study the motion of spring and calculate spring constant,acceleration due to gravity		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 4	To determine the modulus of rigidity of material of a cylindrical wire by dyanamical method		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 5	To determine the moment of inertia of a flywheel		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 6	To determine the moment of inertia of a cylindrical /rectangular bar		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 7	To determine the value of g and velocity for a freely falling body using digital time technique		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 8	To determine the young 's modulus of a bar by flexure method		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 9	To determine the young 's modulus of a wire by optical lever method		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 10	To determine the young 's modulus of a wire by searle's method		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 11	To determine the value of g using bar pendulum		0
Physics	SUDIPTA KARMAKAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 11	To determine the value of g using kater's pendulum		0
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit I	Mechanics lab Activity	To determine the height of a building using a Sextant	4
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 2	Mechanics lab Activity	To study the motion of Spring and calculate (a) Spring constant; (b) Acceleration due to Gravity	4
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 3	Mechanics lab Activity	To determine the Modulus of Rigidity of material of a cylindrical wire by Statical Method.	4
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 4	Mechanics lab Activity	To determine the Modulus of Rigidity of material of a cylindrical wire by Dynamical Method	4
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 5	Mechanics lab Activity	To determine the Moment of Inertia of a Flywheel	4
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 6	Mechanics lab Activity	To determine the Moment of Inertia of a cylindrical/rectangular bar	4
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 7	Mechanics lab Activity	To determine the value of g and velocity for a freely falling body using Digital Timing Technique	4
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 8	Mechanics lab Activity	To determine the Coefficient of Viscosity of a viscous liquid using Stokes’ Law.	4
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 9	Mechanics lab Activity	To determine the Coefficient of Viscosity of a viscous liquid using Stokes’ Law.	4
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 10	Mechanics lab Activity	To determine the Young’s Modulus of a Bar by Flexure Method	4
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 11	Mechanics lab Activity	To determine the Young’s Modulus of a Wire by Optical Lever Method	4
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 12	Mechanics lab Activity	To determine the Modulus of Rigidity of a Wire by Maxwell’s needle	4
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 13	Mechanics lab Activity	To determine the Young’s Modulus of a wire by Searle’s method	4
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 14	Mechanics lab Activity	To determine the value of g using Bar Pendulum	4
Physics	ANIMESH HALDAR	PHYSICS (MINOR )	3	Practical	Minor-3	Unit 15	Mechanics lab Activity	To determine the value of g using Kater’s Pendulum.	4
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-10	Unit 7	TO STUDY THE FREQUENCY RESPONSE OF VOLTAGE GAIN OF A RC COUPLED TRANSISTOR AMPLIFIER		4
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-10	Unit I			0
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-10	Unit 5	To study V-i CHRACTERISTIC OF ZENER DIODE & VOLTAGE REGULATOR		2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-10	Unit 6	TO STUDY THE CHARACTERISTIC OF A BJT IN CE CONFIGARATION		2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-10	Unit 8	TO DESIGN AN WIEN BRIDGE OSCILLATOR FOR GIVEN FREQUENCY USING AN OP AMP		4
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-10	Unit 9	TO STUDY THEANALOG TO DIGITAL CONVERTOR		2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-10	Unit 10	TO DRAW THE VI CHARACTERISTIC OF A FULL WAVE RECTIFIER WITH AND WITHOUT FILTER		4
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-10	Unit 4	To investigate the use of an OPAMP as integrator & differentiator		2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-10	Unit 5	To study V-i CHRACTERISTIC OF PN DIODE		2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-10	Unit 2	To design an inverting & non inverting amplifier using OP AMP and study it frequency response		2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-10	Unit 3	To add two dc voltages using OPAMP in inverting and non inverting mode		2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-10	Unit I	To design an inverting amplifier using OP AMP dc voltage of given gain		2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Theory	Core-10	Unit 6	FEEDBACK IN AMPLIFIER	Effect of positive and negetive feedback on input and output impedance,gain stability,distortion noise	1
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Theory	Core-10	Unit 10	conversion	R-2R LADDER ,A/D CONVERSION	2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Theory	Core-10	Unit 8	OP-AMP	Characteristic of ideal op amp,slew rate , CMRR,Virtual ground	2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Theory	Core-10	Unit I	SEMICONDUCTOR DIODES	P & N type,energy level diagram,mechanism forward and reverse biased diod,drift velocity,derivation for barrier potential and barrier width	5
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Theory	Core-10	Unit 9	OP-AMP	application of OP- AMP	3
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Theory	Core-10	Unit 2	TWO TERMINAL DEVICE & THEIR APPLICATION	Half wave and full wave rectifier, calculation of ripple factor,zener diode and voltage regulation,bridge wave rectifier	4
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Theory	Core-10	Unit 5	AMPLIFIERS	Transistor biasing,fixed biased,h parameter equivalent circuit,CE amplifiers using Hybrid model,input output impedance,current voltage and power gain,class A,B,C amplifiers	3
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Theory	Core-10	Unit 6	coupled amplifier	RC coupled ampifiers and frequency response	1
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Theory	Core-10	Unit 6	FEEDBACK IN AMPLIFIER	Effect of positive and negetive feedback on input and output impedance,gain stability,distortion noise	1
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Theory	Core-10	Unit 7	sinusoidal oscillators	Barkhausen's criterion ,RC Phase shift oscilator hartley and colpitts oscilators	2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Theory	Core-10	Unit 8	conversion	R-2R LADDER ,A/D CONVERSION	2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Theory	Core-10	Unit I	SEMICONDUCTOR DIODES	P & N type,energy level diagram,mechanism forward and reverse biased diod,drift velocity,derivation for barrier potential and barrier width	5
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Theory	Core-10	Unit 2	BIPOLAR JUNCTION TRANSISTOR	PNP &NPN ,Characteristic od CB,CE,CC Configaration	4
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Theory	Core-10	Unit 3	BIPOLAR JUNCTION TRANSISTOR	PNP &NPN ,Characteristic od CB,CE,CC Configaration	3
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-8	Unit I	Complex Analysis	Examples of ana- lytic functions. Singular functions: poles and branch points, order of singularity, branch cuts. Integration of a function of a complex variable. Cauchy’s Inequality.	10
Physics	ISHITA DE	CC-PHSH	4	Theory	Core-8	Unit 2	Integrals Transforms	Fourier Transforms	15
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-8	Unit I	Complex Analysis	Brief Revision of Complex Numbers and their Graphical Represen- tation. Euler’s formula, De Moivre’s theorem, Roots of Complex Numbers. Functions of Complex Variables. Analyticity and Cauchy-Riemann C	10
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-8	Unit I	Complex Analysis	Cauchy’s In- tegral formula. Simply and multiply connected region. Laurent and Taylor’s expansion. Residues and Residue Theorem. Application in solving Definite Integrals.	10
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-8	Unit 3	Laplace Transforms	Laplace Transform (LT) of Elementary functions. Properties of LTs: Change of Scale Theorem, Shifting Theorem	4
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-8	Unit 3	Laplace Transforms	LTs of 1st and 2nd order Derivatives and Integrals of Functions, Derivatives and Integrals of LTs	4
Physics	ISHITA DE	CC-PHSH	4	Theory	Core-8	Unit 2	Integrals Transforms	Laplace Transforms(Inverse LT. Application of Laplace Transforms to 2nd order Differential Equations:)	7
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-8	Unit 3	Laplace Transforms	LT of Unit Step function, Dirac Delta function, Periodic Functions. Convolution Theorem	2
Physics	ANIMESH HALDAR	CC-PHSH	4	Practical	Core-8	Unit I	Solving numerical problems using Scilab	1. Calculation of error for each data point of observations recorded in experiments done in previous semesters (Hooke's Law & Diode characteristics).	4
Physics	ANIMESH HALDAR	CC-PHSH	4	Practical	Core-8	Unit 2	Solving numerical problems using Scilab	2. Calculation of least square fitting manually without giving weightage to error. Con- firmation of least square fitting of data through computer program,also plot the error at each data points	6
Physics	ANIMESH HALDAR	CC-PHSH	4	Practical	Core-8	Unit 3	Solving numerical problems using Scilab	3. Plotting of Bessel ,Evaluation of trigonometric functions e.g. sin ?, Given Bessel’s function at N points find its value at an intermediate point.(using at least two different formulas)	6
Physics	ANIMESH HALDAR	CC-PHSH	4	Practical	Core-8	Unit 4	Solving numerical problems using Scilab	4. Complex analysis: Integrate 1/(1+x^2) numerically and check with computer integra- tion(using At least two different formula)	6
Physics	ANIMESH HALDAR	CC-PHSH	4	Practical	Core-8	Unit 5	Solving numerical problems using Scilab	5. Compute the nth roots of unity for n = 2, 3, and 4	6
Physics	ANIMESH HALDAR	CC-PHSH	4	Practical	Core-8	Unit 6	Solving numerical problems using Scilab	6. Find the two square roots of 5 + 12j.(using at least two different methods)	6
Physics	ANIMESH HALDAR	CC-PHSH	4	Practical	Core-8	Unit 7	Solving numerical problems using Scilab	7. Solve Kirchoff’s Current law for any node of an arbitrary circuit using Laplace’s transform.	6
Physics	ANIMESH HALDAR	CC-PHSH	4	Practical	Core-8	Unit 8	Solving numerical problems using Scilab	8. Solve Kirchoff’s Voltage law for any loop of an arbitrary circuit using Laplace’s transform	6
Physics	ANIMESH HALDAR	CC-PHSH	4	Practical	Core-8	Unit 9	Solving numerical problems using Scilab	9. Perform circuit analysis of a general LCR circuit using Laplace’s transform.	6
Physics	ANIMESH HALDAR	CC-PHSH	4	Select	Core-8	Unit 4	tutorial	internal assessment	1
Physics	Parimal Sarkar	CC-PHSH	4	Practical	Core-9	Unit 2	Elements of Modern Physics LAB	To determine work function of material of filament of directly heated vacuum diode..	4
Physics	Parimal Sarkar	CC-PHSH	4	Practical	Core-9	Unit 2	Elements of Modern Physics LAB	To determine the Planck’s constant using LEDs of at least 4 different colours.	4
Physics	Parimal Sarkar	CC-PHSH	4	Theory	Core-9	Unit 4	One dimensional infinitely rigid box	energy eigenvalues and eigenfunctions	10
Physics	Parimal Sarkar	CC-PHSH	4	Theory	Core-9	Unit 3	Two slit interference experiment with photons	Schrodinger equation	10
Physics	Parimal Sarkar	CC-PHSH	4	Practical	Core-9	Unit 3	Elements of Modern Physics LAB	To determine the wavelength of H-alpha emission line of Hydrogen atom.	4
Physics	Parimal Sarkar	CC-PHSH	4	Practical	Core-9	Unit 3	Elements of Modern Physics LAB	To determine the ionisation potential of mercury.	4
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-9	Unit 7	Radioactivity	stability of the nucleus; Law of radioactive decay; Mean life and half- life; Alpha decay;	2
Physics	Parimal Sarkar	CC-PHSH	4	Practical	Core-9	Unit 4	Elements of Modern Physics LAB	To determine the absorption lines in the rotational spectrum of Iodine vapour.	4
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-9	Unit 7	Radioactivity	Beta decay- energy released, spectrum and Pauli’s prediction of neu- trino; Gamma ray emission, energy-momentum conservation:	4
Physics	Parimal Sarkar	CC-PHSH	4	Practical	Core-9	Unit 4	Elements of Modern Physics LAB	To determine the value of e/m by (a) Magnetic focusing; or (b) Bar magnet.	4
Physics	Parimal Sarkar	CC-PHSH	4	Theory	Core-9	Unit 2	Position measurement	Wave-particle duality	5
Physics	Parimal Sarkar	CC-PHSH	4	Theory	Core-9	Unit I	Planck’s quantum	Quantum theory of Light	14
Physics	Parimal Sarkar	CC-PHSH	4	Theory	Core-9	Unit 5	Size and structure of atomic nucleus	Nature of nuclear force	6
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-9	Unit 5	Atomic nucleus	Size and structure of atomic nucleus and its relation with atomic weight; Impossibility of an electron being in the nucleus as a consequence of the uncertainty principle	6
Physics	Parimal Sarkar	CC-PHSH	4	Practical	Core-9	Unit I	Elements of Modern Physics LAB	Measurement of Planck’s constant using black body radiation and photo-detector.	2
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-9	Unit I	Atomic nucleus	Nature of nuclear force, NZ graph, Liquid Drop model: semi-empirical mass formula and binding energy,	4
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-9	Unit 6	Atomic nucleus	Nuclear Shell Model (qualitative) and magic numbers	6
Physics	Parimal Sarkar	CC-PHSH	4	Practical	Core-9	Unit I	Elements of Modern Physics LAB	Photo-electric effect: photo current versus intensity and wavelength of light; maximum energy of photo-electrons versus frequency of light.	4
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-9	Unit 9	Lasers	Einstein’s A and B coefficients. Metastable states. Spontaneous and Stimu- lated emissions. Optical Pumping and Population Inversion	2
Physics	Parimal Sarkar	CC-PHSH	4	Practical	Core-9	Unit 5	Elements of Modern Physics LAB	To setup the Millikan oil drop apparatus and determine the charge of an electron.	4
Physics	Parimal Sarkar	CC-PHSH	4	Practical	Core-9	Unit 5	Elements of Modern Physics LAB	To show the tunnelling effect in tunnel diode using I-V characteristics.	4
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-9	Unit 7	Radioactivity	electron-positron pair cre- ation by gamma photons in the vicinity of a nucleus.	2
Physics	Parimal Sarkar	CC-PHSH	4	Practical	Core-9	Unit 6	Elements of Modern Physics LAB	To determine the wavelength of laser source using diffraction of single slit.	4
Physics	Parimal Sarkar	CC-PHSH	4	Practical	Core-9	Unit 6	Elements of Modern Physics LAB	To determine the wavelength of laser source using diffraction of double slits.	4
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-9	Unit 8	Nuclear Fission & Fusion	mass deficit, relativity and generation of energy; Fission - nature of fragments and emission of neutrons	2
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-9	Unit 8	Nuclear Fission & Fusion	Nuclear reactor: slow neutrons interacting with Uranium 235; Fusion and thermonuclear reactions driving stellar energy (brief qualitative discussions).	2
Physics	ANIMESH HALDAR	CC-PHSH	4	Theory	Core-9	Unit 9	Lasers	Three-Level and Four-Level Lasers. Ruby Laser and He-Ne Laser.	2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-9	Unit 6	TO DETERMINE THE IONISATION POTENTIAL OF MERCURY		2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-9	Unit 7	TO DETERMINE THE VALUE OF e/m by a magnetic focusing ,Bar magnet		3
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-9	Unit 8	TO SHOW THE TUNNELLING EFFECT IN TUNNEL DIODE USING I -V CHARACTERISTICS		2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-9	Unit 9	TO DETERMINE THE WAVELENGTH OF LASER SOURCE USING DIFFRACTION OF SINGLE SLIT		2
Physics	SUDIPTA KARMAKAR	CC-PHSH	4	Practical	Core-9	Unit 10	TO DETERMINE THE WAVELENGTH OF LASER SOURCE USING DIFFRACTION OF DOUBLE SLITS		3
Physics	Parimal Sarkar	CC-PHSH	4	Theory	SEC2	Unit I	Renewable Energy and Energy Harvesting:	Fossil fuels and Alternate Sources of energy	3
Physics	Parimal Sarkar	CC-PHSH	4	Theory	SEC2	Unit 2	Renewable Energy and Energy Harvesting:	Solar energy	3
Physics	Parimal Sarkar	CC-PHSH	4	Theory	SEC2	Unit 3	Renewable Energy and Energy Harvesting:	solar cell	3
Physics	Parimal Sarkar	CC-PHSH	4	Theory	SEC2	Unit 4	Renewable Energy and Energy Harvesting:	Wind Energy harvesting	3
Physics	Parimal Sarkar	CC-PHSH	4	Theory	SEC2	Unit 5	Renewable Energy and Energy Harvesting:	Ocean Energy	3
Physics	Parimal Sarkar	CC-PHSH	4	Theory	SEC2	Unit 6	Renewable Energy and Energy Harvesting:	Tide characteristics and Statistics	2
Physics	Parimal Sarkar	CC-PHSH	4	Theory	SEC2	Unit 7	Renewable Energy and Energy Harvesting:	Geothermal Energy	2
Physics	Parimal Sarkar	CC-PHSH	4	Theory	SEC2	Unit 8	Renewable Energy and Energy Harvesting:	Hydro Energy	2
Physics	Parimal Sarkar	CC-PHSH	4	Theory	SEC2	Unit 9	Renewable Energy and Energy Harvesting:	Piezoelectric Energy harvesting	2
Physics	Parimal Sarkar	CC-PHSH	4	Theory	SEC2	Unit 10	Renewable Energy and Energy Harvesting:	Electromagnetic Energy Harvesting	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit I	DSC 4A Lab (Experiments on Waves and Optics)	1. To investigate the motion of coupled oscillators	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit I	DSC 4A Lab (Experiments on Waves and Optics)	2. To determine the frequency of an electric/mechanical tuning fork by Melde’s ex- periment and verify ?2-T law.	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit I	DSC 4A Lab (Experiments on Waves and Optics)	3. To determine the frequency of an electric/mechanical tuning fork by sonometer	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit 2	DSC 4A Lab (Experiments on Waves and Optics)	4. To study Lissajous Figures.	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit 2	DSC 4A Lab (Experiments on Waves and Optics)	5. Familiarization with Schuster‘s focussing; determination of angle of prism.	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit 2	DSC 4A Lab (Experiments on Waves and Optics)	6. To determine the Refractive Index of the Material of a given Prism using Sodium Light / Mercury source.	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit 3	DSC 4A Lab (Experiments on Waves and Optics)	7. To determine Dispersive Power of the Material of a given Prism using Mercury Light / Sodium source.	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit 3	DSC 4A Lab (Experiments on Waves and Optics)	8. To determine the value of Cauchy Constants of a material of a prism.	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit 3	DSC 4A Lab (Experiments on Waves and Optics)	9. To determine the Resolving Power of a Prism.	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit 4	DSC 4A Lab (Experiments on Waves and Optics)	10. To determine wavelength of sodium light using Fresnel Biprism	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit 4	DSC 4A Lab (Experiments on Waves and Optics)	11. To determine wavelength of sodium light using Newton’s Rings.	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit 4	DSC 4A Lab (Experiments on Waves and Optics)	12. To determine the wavelength of Laser light/sodium source using Diffraction of Sin- gle Slit.	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit 5	DSC 4A Lab (Experiments on Waves and Optics)	13. To determine wavelength of (1) Sodium and (2) spectrum of Mercury light using plane diffraction Grating.	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit 5	DSC 4A Lab (Experiments on Waves and Optics)	14. To determine the Resolving Power of a Plane Diffraction Grating	2
Physics	ANIMESH HALDAR	DSC-PHSG	4	Practical	DSC A4	Unit 5	DSC 4A Lab (Experiments on Waves and Optics)	15. To measure the intensity using photosensor and laser in diffraction patterns of single and double slits.	2
Physics	SUDIPTA KARMAKAR	DSC-PHSG	4	Theory	DSC A4	Unit I	SUPERPOSITION OF TWO COLLINEAR HARMONIC OSCILATION	Linearity & superposition principle ,oscillation have equal frequencies ,oscillations have different frequencies	2
Physics	SUDIPTA KARMAKAR	DSC-PHSG	4	Theory	DSC A4	Unit 2	SUPERPOSITION OF TWO PERPENDICULAR HARMONIC OSCILATIONS	LISSAJOUS FIGURES WITH AN UN EQUAL FREQUENCY AND THEIR USES	2
Physics	SUDIPTA KARMAKAR	DSC-PHSG	4	Theory	DSC A4	Unit 3	WAVE MOTION	Transverse waves on a string,travelling and standing waves on a string ,group and phase velocity. wave velocity	3
Physics	SUDIPTA KARMAKAR	DSC-PHSG	4	Theory	DSC A4	Unit 4	SOUND	SHM,Forced vibration ,resonance,intensity and loudness of sound,decibels,reverberation & time of reverbiration,absobtion coefficient sabine's formula	4
Physics	SUDIPTA KARMAKAR	DSC-PHSG	4	Theory	DSC A4	Unit 5	WAVE OPTICS	Electromagnetic nature of light,wave front ,Huygens principle	1
Physics	SUDIPTA KARMAKAR	DSC-PHSG	4	Theory	DSC A4	Unit 6	interference	Division of wavefront &division of amplitude ,young"s double slit experiment,Lloyd'smirror & Fresnel biprism,stoke's treatment ,fringes of equal thickness	4
Physics	SUDIPTA KARMAKAR	DSC-PHSG	4	Theory	DSC A4	Unit 7	MICHELSON'S INTERFEROMETER	Determination of wavelength,refractive index	2
Physics	SUDIPTA KARMAKAR	DSC-PHSG	4	Theory	DSC A4	Unit 8	DIFFRACTION	Fraunhofer diffraction,single slit,double slit,multiple slits,diffraction grating,Fresnel diffraction half period zone ,zone plate,fresnel diffraction pattern of a straight edge	4
Physics	SUDIPTA KARMAKAR	DSC-PHSG	4	Theory	DSC A4	Unit 9	POLARIZATION	Transverse nature of light waves,plane polarized light,circular & elliptical polarization	4
Physics	ISHITA DE	DSC-PHSG	4	Practical	DSC A4	Unit 2	DSC 4A Lab	5. Familiarization with Schuster‘s focussing; determination of angle of prism.	4
Physics	ISHITA DE	DSC-PHSG	4	Practical	DSC A4	Unit 2	DSC 4A Lab	6. To determine the Refractive Index of the Material of a given Prism using Sodium Light / Mercury source.	4
Physics	ISHITA DE	DSC-PHSG	4	Practical	DSC A4	Unit 2	DSC 4A Lab	11. To determine wavelength of sodium light using Newton’s Rings	4
Physics	ISHITA DE	DSC-PHSG	4	Practical	DSC A4	Unit 2	DSC 4A Lab	9. To determine the Resolving Power of a Prism.	4
Physics	ISHITA DE	DSC-PHSG	4	Practical	DSC A4	Unit 2	DSC 4A Lab	7. To determine Dispersive Power of the Material of a given Prism using Mercury Light / Sodium source.	4
Physics	ISHITA DE	GE-PHSH	4	Practical	GE 4	Unit 4	GE Lab : Electricity, Magnetism and EMT	9. To determine the value of a Low Resistance by Carey Foster’s Bridge. 10. To verify the Thevenin and Norton theorems. 11. To verify the Superposition, and Maximum Power Transfer Theorems.	8
Physics	ISHITA DE	GE-PHSH	4	Practical	GE 4	Unit 4	GE Lab : Electricity, Magnetism and EMT	1. To use a Multimeter for measuring (a) Resistances, (b) AC and DC Voltages, (c) DC Current, and (d) checking electrical fuses. 2. To determine a Low Resistance by fall of potential method.	6
Physics	ISHITA DE	GE-PHSH	4	Practical	GE 4	Unit 4	GE Lab : Electricity, Magnetism and EMT	5. To study the Characteristics of a Series RC circuit. 6. To study the Characteristics of a Series LR circuit.	8
Physics	ISHITA DE	GE-PHSH	4	Practical	GE 4	Unit 4	GE Lab : Electricity, Magnetism and EMT	1. To use a Multimeter for measuring (a) Resistances, (b) AC and DC Voltages, (c) DC Current, and (d) checking electrical fuses. 2. To determine a Low Resistance by fall of potential method.	6
Physics	ISHITA DE	GE-PHSH	4	Practical	GE 4	Unit 4	GE Lab : Electricity, Magnetism and EMT	7. To study a series LCR circuit LCR circuit and determine its (a) Resonant frequency, (b) Quality factor. 8. To study a parallel LCR circuit and determine its (a) Anti-resonant frequency and (b) Qual	5
Physics	Parimal Sarkar	GE-PHSH	4	Theory	GE 4	Unit I	Electricity, Magnetism and EMT:	Vector Analysis	2
Physics	Parimal Sarkar	GE-PHSH	4	Theory	GE 4	Unit 2	Electricity, Magnetism and EMT:Electrostatics	Gauss’s theorem of electrostatics	8
Physics	Parimal Sarkar	GE-PHSH	4	Theory	GE 4	Unit 3	Electricity, Magnetism and EMT:Electrostatics	electric dipole; Capacitor	8
Physics	Parimal Sarkar	GE-PHSH	4	Theory	GE 4	Unit 5	Electricity, Magnetism and EMT: Maxwell’s equations and Electromagnetic wave propagation	Maxwell’s equations	8
Physics	Parimal Sarkar	GE-PHSH	4	Theory	GE 4	Unit 6	Electricity, Magnetism and EMT: Maxwell’s equations and Electromagnetic wave propagation	electromagnetic wave propagation	8
Physics	Parimal Sarkar	GE-PHSH	4	Theory	GE 4	Unit 7	Electricity, Magnetism and EMT: Electrical Circuitsons and Electromagnetic wave propagation	AC Circuits	3
Physics	Parimal Sarkar	GE-PHSH	4	Theory	GE 4	Unit 8	Electricity, Magnetism and EMT: Electrical Circuitsons and Electromagnetic wave propagation	LCR Circuit	3
Physics	ANIMESH HALDAR	GE-PHSH	4	Theory	GE 4	Unit 2	Magnetism	Divergence and Curl of B	4
Physics	ANIMESH HALDAR	GE-PHSH	4	Practical	GE 4	Unit 3	Electricity & Magnetism Lab Activity	1. To use a Multimeter for measuring (a) Resistances, (b) AC and DC Voltages, (c) DC Current, and (d) checking electrical fuses.	4
Physics	ANIMESH HALDAR	GE-PHSH	4	Practical	GE 4	Unit 3	Electricity & Magnetism Lab Activity	5. To study the Characteristics of a Series RC circuit	4
Physics	ANIMESH HALDAR	GE-PHSH	4	Practical	GE 4	Unit 4	Electricity & Magnetism Lab Activity	6. To study the Characteristics of a Series LR circuit	4
Physics	ANIMESH HALDAR	GE-PHSH	4	Practical	GE 4	Unit 4	Electricity & Magnetism Lab Activity	7. To study a series LCR circuit LCR circuit and determine its (a) Resonant frequency, (b) Quality factor.	4
Physics	ANIMESH HALDAR	GE-PHSH	4	Practical	GE 4	Unit 4	Electricity & Magnetism Lab Activity	8. To study a parallel LCR circuit and determine its (a) Anti-resonant frequency and (b) Quality factor Q.	4
Physics	ANIMESH HALDAR	GE-PHSH	4	Practical	GE 4	Unit 5	Electricity & Magnetism Lab Activity	9. To determine the value of a Low Resistance by Carey Foster’s Bridge	4
Physics	ANIMESH HALDAR	GE-PHSH	4	Practical	GE 4	Unit 5	Electricity & Magnetism Lab Activity	10. To verify the Thevenin and Norton theorems	4
Physics	ANIMESH HALDAR	GE-PHSH	4	Practical	GE 4	Unit 5	Electricity & Magnetism Lab Activity	11. To verify the Superposition, and Maximum Power Transfer Theorems	4
Physics	ANIMESH HALDAR	GE-PHSH	4	Practical	GE 4	Unit 2	Electricity & Magnetism Lab Activity	1. To use a Multimeter for measuring (a) Resistances, (b) AC and DC Voltages, (c) DC Current, and (d) checking electrical fuses.	4
Physics	ANIMESH HALDAR	GE-PHSH	4	Practical	GE 4	Unit 2	Electricity & Magnetism Lab Activity	2. To determine a Low Resistance by fall of potential method	4
Physics	ANIMESH HALDAR	GE-PHSH	4	Theory	GE 4	Unit 3	Magnetism	Ampere’s circuital law. Magnetic properties of materials: Magnetic intensity, magnetic induction, permeability, magnetic susceptibility	4
Physics	ANIMESH HALDAR	GE-PHSH	4	Theory	GE 4	Unit 3	Magnetism	Ampere’s circuital law. Magnetic properties of materials: Magnetic intensity, magnetic induction, permeability, magnetic susceptibility	2
Physics	ANIMESH HALDAR	GE-PHSH	4	Theory	GE 4	Unit 4	Ampere’s circuital law. Magnetic properties of materials: Magnetic intensity, magnetic induction, permeability, magnetic susceptibility	Faraday’s laws of electromagnetic induction, Lenz’s law, self and mutual inductance, L of single coil, M of two coils. Energy stored in magnetic	6
Physics	ANIMESH HALDAR	GE-PHSH	4	Practical	GE 4	Unit 3	practicals on Electricity and Magnetism	Analysis of CR circcuit	4
Physics	ANIMESH HALDAR	GE-PHSH	4	Practical	GE 4	Unit 2	practicals on Electricity and Magnetism	De Sauty Bridge	4
Physics	ANIMESH HALDAR	GE-PHSH	4	Theory	Select	Unit I	Magnetic field	Biot Savart Law	1
Physics	ISHITA DE	CC-PHSH	5	Theory	Core-11	Unit I	QUANTUM MECHANICS AND APPLICATIONS	TIME DEPENDENT SCHRDINGER EQUATION	4
Physics	ISHITA DE	CC-PHSH	5	Theory	Core-11	Unit 2	QUANTUM MECHANICS AND APPLICATIONS	TIME INDEPENDENT SCHRDINGER EQUATION	4
Physics	ISHITA DE	CC-PHSH	5	Theory	Core-11	Unit 3	QUANTUM MECHANICS AND APPLICATIONS	GENERAL DISCUSSION OF BOUND STATE IN A ARBITRARY POTENTIAL	4
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	Core-11	Unit I	Quantum Mechanics	wave function and its property	2
Physics	ANIMESH HALDAR	CC-PHSH	5	Practical	Core-11	Unit I	Programming on Quantum Mechanics & Applications using scilab	s wave Schroodinger equation for hydrogen atom	5
Physics	ANIMESH HALDAR	CC-PHSH	5	Practical	Core-11	Unit 2	Programming on Quantum Mechanics & Applications using scilab	s wave Schroodinger equation in Coulomb potential	5
Physics	ANIMESH HALDAR	CC-PHSH	5	Practical	Core-11	Unit 3	Programming on Quantum Mechanics & Applications using scilab	s wave Schroodinger equation in anharmonic potential	5
Physics	ANIMESH HALDAR	CC-PHSH	5	Practical	Core-11	Unit 4	Programming on Quantum Mechanics & Applications using scilab	s wave Schroodinger equation in Morse Potential	5
Physics	ANIMESH HALDAR	CC-PHSH	5	Practical	Core-11	Unit 5	Programming on Quantum Mechanics & Applications using scilab	Discrete energy levels in Hydrogen atoms	5
Physics	SUDIPTA KARMAKAR	CC-PHSH	5	Theory	Core-12	Unit I	CRYSTAL STRUCTURE	Solids amorphous,cryastalline material,types of lattice,unit cell,miler indices,bragg's law,atomic and geometrical factor	6
Physics	SUDIPTA KARMAKAR	CC-PHSH	5	Theory	Core-12	Unit 2	ELEMENTARY LATTICE DYANAMICS	Lattice vibration,phonons,linear monoatomic and Diatomic chains.acoustical and optical phonons,dulong and petit's law,Einstein and debye theories of specific heat of solids	6
Physics	SUDIPTA KARMAKAR	CC-PHSH	5	Theory	Core-12	Unit 3	Magnetics properties of matter	Dia,para,ferromagnetic material,quantum mechanical treatment of paramagnetism,curie's law,weiss's theory of Feromagnetism and feromagnetic domain,discuss of BH curve,Hysteresis and energy loss	6
Physics	SUDIPTA KARMAKAR	CC-PHSH	5	Theory	Core-12	Unit 4	Dielectric properties of materials	polarisation,electric susceptibility,polarisability,clausius mosotti equation,clasical theory of electric polarisability,normal and anomalous dispersion,complex dielectric constant,optical phenomena,a	6
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	DSE1	Unit I	Analog Pulse Modulation	modulation and detection technique for PAM only, Multiplexing	4
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	DSE1	Unit 2	Digital Pulse Modulation	Need for digital transmission, Pulse Code Modulation,Digital Carrier Modulation Techniques	4
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	DSE1	Unit 2	Digital Pulse Modulation	Quantisation and Encoding. Concept of Am- plitude Shift Keying (ASK), Frequency Shift Keying (FSK),	4
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	DSE1	Unit 2	Digital Pulse Modulation	Phase Shift Keying (PSK), and Binary Phase Shift Keying (BPSK).	2
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	DSE1	Unit 3	Satellite Communication	Introduction, need, Geosynchronous satellite orbits, geosta- tionary satellite advantages of geostationary satellites	4
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	DSE1	Unit 3	Satellite Communication	Satellite visibility, transponders (C - Band), path loss, ground station, simplified block diagram of earth station	4
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	DSE1	Unit 3	Satellite Communication	Uplink and downlink.	2
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	DSE1	Unit 4	Mobile Telephony System	Basic concept of mobile communication, frequency bands used in mobile communication	2
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	DSE1	Unit 4	Mobile Telephony System	, concept of cell sectoring and cell splitting, SIM number, IMEI number, need for data encryption	3
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	DSE1	Unit 4	Mobile Telephony System	architecture (block diagram) of mobile com- munication network, idea of GSM, CDMA, TDMA and FDMA technologies	3
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	DSE1	Unit 4	Mobile Telephony System	simplified block diagram of mobile phone handset, 2G, 3G and 4G concepts (qualitative only).	2
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	DSE1	Unit 4	Mobile Telephony System	GPS navigation system (qualitative idea only)	2
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	DSE1	Unit I	Analog Pulse Modulation	Channel capacity, Sampling theorem	2
Physics	ANIMESH HALDAR	CC-PHSH	5	Theory	DSE1	Unit I	Analog Pulse Modulation	Basic Principles-PAM, PWM, PPM	3
Physics	SUDIPTA KARMAKAR	CC-PHSH	5	Practical	DSE1	Unit I	To design an amplitude modulator using transistor		0
Physics	SUDIPTA KARMAKAR	CC-PHSH	5	Practical	DSE1	Unit 2	To study FM GENERATOR AND DETECTOR CIRCUIT		0
Physics	SUDIPTA KARMAKAR	CC-PHSH	5	Practical	DSE1	Unit 3	To study AM TRANSMITTER AND RECEIVER		0
Physics	SUDIPTA KARMAKAR	CC-PHSH	5	Practical	DSE1	Unit 4	To study FM TRANSMITTER AND RECEIVER		0
Physics	SUDIPTA KARMAKAR	CC-PHSH	5	Practical	DSE1	Unit 5	To study PULSE AMPLITUDE MODULATION		0
Physics	SUDIPTA KARMAKAR	CC-PHSH	5	Practical	DSE1	Unit 6	To study PULSE WIDTH MODULATION		0
Physics	SUDIPTA KARMAKAR	CC-PHSH	5	Practical	DSE1	Unit 7	To study PULSE POSITION MODULATION		0
Physics	SUDIPTA KARMAKAR	CC-PHSH	5	Practical	DSE1	Unit 8	To study ASK/PSK/FSK MODULATOR		0
Physics	ISHITA DE	DSC-PHSG	5	Theory	DSE B1	Unit 3	DSE-Digital and analog circuit and instrumentation	semiconductor devices and application	4
Physics	ISHITA DE	DSC-PHSG	5	Theory	DSE B1	Unit 4	DSE-Digital and analog circuit and instrumentation	transistor	4
Physics	ISHITA DE	DSC-PHSG	5	Theory	DSE B1	Unit 4	DSE-Digital and analog circuit and instrumentation	transistor	4
Physics	ISHITA DE	DSC-PHSG	5	Theory	DSE B1	Unit 5	DSE-Digital and analog circuit and instrumentation	digital electronics ,CRO	4
Physics	ISHITA DE	DSC-PHSG	5	Practical	DSE B1	Unit I	TO MINIMIZE LOGIC GATE	digital electronics ,CRO	2
Physics	ISHITA DE	DSC-PHSG	5	Practical	DSE B1	Unit 2	PN JUNCTION DIODE	digital electronics ,CRO	2
Physics	ISHITA DE	DSC-PHSG	5	Practical	DSE B1	Unit 3	OPAMP INVERTING	digital electronics ,CRO	2
Physics	ISHITA DE	DSC-PHSG	5	Practical	DSE B1	Unit 3	OPAMP NON-INVERTING	digital electronics ,CRO	2
Physics	ISHITA DE	DSC-PHSG	5	Practical	DSE B1	Unit 4	HALF ADDER	digital electronics ,CRO	2
Physics	ISHITA DE	DSC-PHSG	5	Practical	DSE B1	Unit 4	FULL ADDER	digital electronics ,CRO	2
Physics	ISHITA DE	DSC-PHSG	5	Practical	DSE B1	Unit 4	AND,OR,NOT,XOR,XNOR GATE	digital electronics ,CRO	2
Physics	ISHITA DE	DSC-PHSG	5	Practical	DSE B1	Unit 4	ZENER DIODE	digital electronics ,CRO	2
Physics	ISHITA DE	DSC-PHSG	5	Theory	SEC3	Unit I	SECPHSG3;BASIC INSTRUMENTATION SKILLS	CRO	2
Physics	ISHITA DE	DSC-PHSG	5	Theory	SEC3	Unit 2	SECPHSG3;BASIC INSTRUMENTATION SKILLS	CRO	2
Physics	ISHITA DE	DSC-PHSG	5	Theory	SEC3	Unit 3	SECPHSG3;BASIC INSTRUMENTATION SKILLS	SIGNAL GENERATORS	2
Physics	ISHITA DE	DSC-PHSG	5	Theory	SEC3	Unit 4	SECPHSG3;BASIC INSTRUMENTATION SKILLS	SIGNAL GENERATORS	2
Physics	ISHITA DE	DSC-PHSG	5	Theory	SEC3	Unit 5	SECPHSG3;BASIC INSTRUMENTATION SKILLS	MULTIMETER, MEASUREMENT	2
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-13	Unit 6	Electromagnetic Theory:Polarisation of Electromagnetic Waves	Babinet Compensator and its Uses.	6
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-13	Unit 4	Electromagnetic Theory:Polarisation of Electromagnetic Waves	Light Propagation in Uniaxial Crystal. Double Refraction.	5
Physics	Parimal Sarkar	CC-PHSH	6	Practical	Core-13	Unit I	Electromagnetic Theory LABElectromagnetic Waves	To verify the law of Malus for plane polarized light.	5
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-13	Unit 6	Electromagnetic Theory:Polarisation of Electromagnetic Waves	Babinet Compensator and its Uses.	6
Physics	Parimal Sarkar	CC-PHSH	6	Practical	Core-13	Unit 5	Electromagnetic Theory LABElectromagnetic Waves	To study the reflection, refraction of microwaves.	5
Physics	Parimal Sarkar	CC-PHSH	6	Practical	Core-13	Unit 6	Electromagnetic Theory LABElectromagnetic Waves	To study Polarisation and double slit interference in microwaves.	5
Physics	Parimal Sarkar	CC-PHSH	6	Practical	Core-13	Unit 7	Electromagnetic Theory LABElectromagnetic Waves	To determine the refractive index of liquid by total internal reflection using Wollaston’s air-film.	5
Physics	Parimal Sarkar	CC-PHSH	6	Practical	Core-13	Unit 2	Electromagnetic Theory LABElectromagnetic Waves	To determine the specific rotation of sugar solution using Polarimeter.	5
Physics	Parimal Sarkar	CC-PHSH	6	Practical	Core-13	Unit 3	Electromagnetic Theory LABElectromagnetic Waves	To analyse elliptically polarised Light by using a Babinet’s compensator.	5
Physics	Parimal Sarkar	CC-PHSH	6	Practical	Core-13	Unit 4	Electromagnetic Theory LABElectromagnetic Waves	To study dependence of radiation on angle for a simple Dipole antenna.	5
Physics	Parimal Sarkar	CC-PHSH	6	Practical	Core-13	Unit 5	Electromagnetic Theory LABElectromagnetic Waves	To determine the wavelength and velocity of ultrasonic waves in a liquid (Kerosene Oil, Xylene, etc.) by studying the diffraction through ultrasonic grating.	5
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-13	Unit 3	Electromagnetic Theory:EM Wave in Bounded Media	Fresnel’s Formulae, Brewster’s law.	5
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-13	Unit 4	Electromagnetic Theory:Polarisation of Electromagnetic Waves	Propagation of E.M. Waves in Anisotropic Media	5
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-13	Unit 2	Electromagnetic Theory:EM Wave Propagation in Unbounded Media	Plane EM waves through vacuum and isotropic dielectric medium,	5
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-13	Unit 2	Electromagnetic Theory:EM Wave Propagation in Unbounded Media	Propagation through conducting media	5
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-13	Unit 3	Electromagnetic Theory:EM Wave in Bounded Media	Boundary conditions	5
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-13	Unit I	Electromagnetic Theory: Maxwell Equations	Wave Equations	6
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-13	Unit I	Electromagnetic Theory: Maxwell Equations	Review of Maxwell’s equations	12
Physics	Parimal Sarkar	CC-PHSH	6	Practical	Core-13	Unit 8	Electromagnetic Theory LABElectromagnetic Waves	To determine the refractive Index of (1) glass and (2) a liquid by total internal reflection using a Gaussian eyepiece.	5
Physics	Parimal Sarkar	CC-PHSH	6	Practical	Core-13	Unit 9	Electromagnetic Theory LABElectromagnetic Waves	To study the polarisation of light by reflection and determine the polarising angle for air-glass interface.	5
Physics	Parimal Sarkar	CC-PHSH	6	Practical	Core-13	Unit 10	Electromagnetic Theory LABElectromagnetic Waves	To verify the Stefan‘s law of radiation.. To determine the Boltzmann constant using V-I characteristics of PN junction diode.	5
Physics	SUDIPTA KARMAKAR	CC-PHSH	6	Theory	Core-13	Unit 4	POLARISATION OF ELECTROMAGNETIC WAVES	Circular ,elliptical polarisation, propagation of E.M. waves in anisotropic media,uniaxial and biaxial crystal,double refraction,polarisation of double refraction,ordinary & extraordinaryrefractive in	10
Physics	SUDIPTA KARMAKAR	CC-PHSH	6	Theory	Core-13	Unit 5	WAVES GUIDES	Planer optical wave guide,planar dielectric wave guide,condition of continuity at interface,phase and group velocity of guided waves	4
Physics	SUDIPTA KARMAKAR	CC-PHSH	6	Theory	Core-13	Unit 6	OPTICAL FIBRES	Numerical aperture,step and graded indices	4
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-14	Unit 2	Statistical Mechanics: Classical Statistics	Maxwell-Boltzmann Distribution Law,	6
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-14	Unit 3	Statistical Mechanics: Classical Theory of Radiation	Blackbody Radiation	6
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-14	Unit 4	Statistical Mechanics: Classical Theory of Radiation	Wien’s Displacement law. Wien’s Distribution Law. Saha’s Ionisation Formula. Rayleigh-Jean’s Law	5
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-14	Unit I	Statistical Mechanics: Classical Statistics	Elementary Concept of Ensemble	6
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-14	Unit 5	Statistical Mechanics: Fermi-Dirac Statistics	Fermi-Dirac Distribution Law	5
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-14	Unit 6	Statistical Mechanics: Fermi-Dirac Statistics	Degenerate Fermi Gas	5
Physics	Parimal Sarkar	CC-PHSH	6	Theory	Core-14	Unit 6	Statistical Mechanics: Fermi-Dirac Statistics	Specific Heat of Metals	5
Physics	ANIMESH HALDAR	CC-PHSH	6	Theory	Core-14	Unit 6	Bose-Einstein Statistics	Tutorial	2
Physics	ANIMESH HALDAR	CC-PHSH	6	Theory	Core-14	Unit 4	Quantum Theory of Radiation	Spectral Distribution of Black Body Radiation. Planck’s Quantum Postulates. Planck’s Law of Blackbody Radiation: Experimental Verification.	2
Physics	ANIMESH HALDAR	CC-PHSH	6	Theory	Core-14	Unit 6	BE Stasistics	Bose Einstein Gas at Low Temperature	4
Physics	ANIMESH HALDAR	CC-PHSH	6	Theory	Core-14	Unit 5	BE Statistics	BOSe Gas at High Temperature	4
Physics	ANIMESH HALDAR	CC-PHSH	6	Practical	Core-14	Unit 3	Statisticcal Mech Practicals	plotting of distribution functions of MB,BE & FD STST	4
Physics	ANIMESH HALDAR	CC-PHSH	6	Practical	Core-14	Unit 5	Statistical Mech Programming	plotting of thermodynamic variables in FD statistics	4
Physics	ANIMESH HALDAR	CC-PHSH	6	Practical	Core-14	Unit 5	Scilab Programming on Statistical Mechanics	4. Plot Specific Heat of Solids by comparing (a) Dulong-Petit law, (b) Einstein distribu- tion function, (c) Debye distribution function for high temperature (room tempera- ture) and low temperature a	6
Physics	ANIMESH HALDAR	CC-PHSH	6	Practical	Core-14	Unit 6	Scilab Programming on Statistical Mechanics	3. Plot Planck’s law for Black Body radiation and compare it with Wein’s Law and Raleigh-Jeans Law at high temperature (room temperature) and low temperature.	6
Physics	ANIMESH HALDAR	CC-PHSH	6	Practical	Core-14	Unit 7	Scilab Programming on Statistical Mechanics	2. Computation of the partition function Z(ß) for examples of systems with a finite number of single particle levels (e.g., 2 level, 3 level, etc.) and a finite number of non-interacting particles N u	6
Physics	ANIMESH HALDAR	CC-PHSH	6	Theory	Core-14	Unit 4	Quantum Theory of Radiation	Deduction of (1) Wien’s Distribution Law, (2) Rayleigh-Jeans Law, (3) Stefan-Boltzmann Law, (4) Wien’s Displacement law from Planck’s law	2
Physics	ANIMESH HALDAR	CC-PHSH	6	Theory	Core-14	Unit 7	Statistical Mechanics	Bose Einstein Condensation	2
Physics	ANIMESH HALDAR	CC-PHSH	6	Practical	Core-14	Unit I	Statisticcal Mech Practicals	Plotting of Partition function and other Thermodynamic parameters of BE Statistics	4
Physics	ANIMESH HALDAR	CC-PHSH	6	Theory	Core-14	Unit 4	Bose Einstein statistics	Bose Gas At High Temperature	3
Physics	ANIMESH HALDAR	CC-PHSH	6	Practical	Core-14	Unit 2	Programming on Statistical Mechanics	2. Computation of the partition function Z(ß) for examples of systems with a finite number of single particle levels (e.g., 2 level, 3 level, etc.) and a finite number of non-interacting particles N u	4
Physics	Parimal Sarkar	CC-PHSH	6	Project	DSE3	Unit I	Dissertation	TOPIC Selection	10
Physics	Parimal Sarkar	CC-PHSH	6	Project	DSE3	Unit 2	Dissertation	Introduction	10
Physics	Parimal Sarkar	CC-PHSH	6	Project	DSE3	Unit 3	Dissertation	Literature Survey	10
Physics	Parimal Sarkar	CC-PHSH	6	Project	DSE3	Unit 4	Dissertation	Literature Survey	10
Physics	Parimal Sarkar	CC-PHSH	6	Project	DSE3	Unit 5	Dissertation	Problem Identification	10
Physics	Parimal Sarkar	CC-PHSH	6	Project	DSE3	Unit 6	Dissertation	Detailed Study	5
Physics	Parimal Sarkar	CC-PHSH	6	Project	DSE3	Unit 7	Dissertation	Conclusion and Discussion with reference	5
Physics	ISHITA DE	CC-PHSH	6	Theory	DSE3	Unit I	DSE : Nuclear and Particle Physics	General Properties of Nuclei	8
Physics	ISHITA DE	CC-PHSH	6	Theory	DSE3	Unit 4	DSE : Nuclear and Particle Physics	Detector for Nuclear Radiations	7
Physics	ISHITA DE	CC-PHSH	6	Theory	DSE3	Unit 3	DSE : Nuclear and Particle Physics	Radioactivity decay	7
Physics	ISHITA DE	CC-PHSH	6	Theory	DSE3	Unit 2	DSE : Nuclear and Particle Physics	Nuclear Models	15
Physics	SUDIPTA KARMAKAR	CC-PHSH	6	Theory	DSE4	Unit 4	NUCLEAR REACTION	Type of reaction,conservation laws,Q value,reaction rate,concept of compound reaction,coulomb reaction	4
Physics	SUDIPTA KARMAKAR	CC-PHSH	6	Theory	DSE4	Unit 5	INTERACTION OF NUCLEAR RADIATION WITH MATTER	ENERGY LOSS DUE TO IONISATION,CERENKOV RADIATION,GAMMA RAY INTERACTION THROUGH MATTER ,PHOTOELECTRIC MATTER,COMPTON SCATTERING,PAIR PRODUCTION,	8
Physics	SUDIPTA KARMAKAR	CC-PHSH	6	Theory	DSE4	Unit 6	PARTICLE ACCELERATORS	CYCLOTRON,SYNCHROTRONS,LINEAR ACCELERATOR	4
Physics	SUDIPTA KARMAKAR	CC-PHSH	6	Theory	DSE4	Unit 8	PARTICLE PHYSICS		8
Physics	ANIMESH HALDAR	CC-PHSH	6	Practical	Select	Unit 3	Scilab Programming on Statistical Mechanics	(a) Study of how Z(ß), average energy E , energy fluctuation ?E, specific heat at constant volume Cv, depend upon the temperature, total number of particles N and the spectrum of single particle state	6
Physics	Parimal Sarkar	DSC-PHSG	6	Theory	DSE A2	Unit I	Nuclear and Particle Physics: Radioactivity decay	Alpha decay	5
Physics	Parimal Sarkar	DSC-PHSG	6	Theory	DSE B2	Unit 6	Nuclear and Particle Physics: Radioactivity decay	Beta & Gamma decay	5
Physics	Parimal Sarkar	DSC-PHSG	6	Theory	DSE B2	Unit 7	Nuclear and Particle Physics: Nuclear Reactions	Nuclear Reactions	8
Physics	Parimal Sarkar	DSC-PHSG	6	Theory	DSE B2	Unit 8	Nuclear and Particle Physics: Interaction of Nuclear Radiation with matter	Interaction of Nuclear Radiation with matter	6
Physics	Parimal Sarkar	DSC-PHSG	6	Theory	DSE B2	Unit 9	Nuclear and Particle Physics: IDetector for Nuclear Radiationsar Radiation with matter	Detector for Nuclear Radiations	6
Physics	Parimal Sarkar	DSC-PHSG	6	Theory	DSE B2	Unit 10	Nuclear and Particle Physics: Particle Acceleratorsuclear Radiationsar Radiation with matter	Particle Accelerators	5
Physics	ISHITA DE	DSC-PHSG	6	Theory	DSE C2	Unit 5	DSE : Nuclear and Particle Physics	Particle physics	14
Physics	ISHITA DE	DSC-PHSG	6	Theory	DSE C2	Unit 6	DSE : Nuclear and Particle Physics	Particle Accelerators	14
Physics	ISHITA DE	DSC-PHSG	6	Theory	DSE C2	Unit 2	DSE : Nuclear and Particle Physics	Radioactivity decay	9
Physics	ISHITA DE	DSC-PHSG	6	Theory	DSE C2	Unit I	DSE : Nuclear and Particle Physics	General Properties of Nuclei	10
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit I	Introduction to Computational Physics	Importance of computers in Physics, paradigm for solving physics prob- lems for solution. Usage of linux as an Editor	1
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 2	Algorithms and Flowcharts	Algorithm: Definition, properties and development. Flow- chart: Concept of flowchart, symbols, guidelines, types. Examples: Cartesian to Spherical Polar Coordinates, Roots of Quadratic Equation, Sum o	4
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 3	Scientific Programming	Some fundamental Linux Commands (Internal and External commands). Development of FORTRAN, Basic elements of FORTRAN: Character Set, Constants and their types, Variables and their types, Keywords, Vari	2
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 3	Scientific Programming	Operators: Arithmetic, Relational, Logical and Assignment Operators. Expressions: Arithmetic, Relational, Logical, Character and As- signment Expressions. Fortran Statements: I/O Statements (unformatt	3
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 4	Control Statements	Types of Logic (Sequential, Selection, Repetition), Branching State- ments (Logical IF, Arithmetic IF, Block IF, Nested Block IF, SELECT CASE and ELSE IF Ladder statements), Looping Statements (DO-CON	2
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 5	Programmimg in Fortran Language	1. Exercises on syntax on usage of FORTRAN. 2. Usage of GUI Windows, Linux Commands, familiarity with DOS commands and working in an editor to write sources codes in FORTRAN	1
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 5	Programmimg in Fortran Language	3. To print out all natural even/ odd numbers between given limits. 4. To find maximum, minimum and range of a given set of numbers.	1
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 5	Programmimg in Fortran Language	5. Calculating Euler number using exp(x) series evaluated at x = 1.	1
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 6	Scientific word processing	Introduction to LaTeX: TeX/LaTeX word processor, prepar- ing a basic LaTeX file, Document classes, Preparing an input file for LaTeX, Compiling LaTeX File, LaTeX tags for creating different environmen	3
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 7	Equation representation	Formulae and equations, Figures and other floating bodies, Lining in columns- Tabbing and tabular environment, Generating table of contents, bib- liography and citation, Making an index and glossary,	3
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 8	Visualization	Introduction to graphical analysis and its limitations. Introduction to Gnu- plot. importance of visualization of computational and computational data, basic Gnu- plot commands: simple plots, plotting	2
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 9	Hands on exercises	1. To compile a frequency distribution and evaluate mean, standard deviation etc. 2. To evaluate sum of finite series and the area under a curve	1
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 9	Hands on exercises	3. To find the product of two matrices. 4. To find a set of prime numbers and Fibonacci series	1
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 9	Hands on exercises	5. To write program to open a file and generate data for plotting using Gnuplot. 6. Plotting trajectory of a projectile projected horizontally	1
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 9	Hands on exercises	7. Plotting trajectory of a projectile projected making an angle with the horizontally. 8. Creating an input Gnuplot file for plotting a data and saving the output for seeing on the screen. Saving it	1
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 9	Hands on exercises	9. To find the roots of a quadratic equation. 10. Motion of a projectile using simulation and plot the output for visualization.	1
Physics	ANIMESH HALDAR	DSC-PHSG	6	Theory	SEC4	Unit 9	Hands on exercises	11. Numerical solution of equation of motion of simple harmonic oscillator and plot the outputs for visualization. 12. Motion of particle in a central force field and plot the output for visualization	1