Name of the Assistant/Associate Professor: Sanjul Gupta

Class and Section: B.sc 2nd (A)

Subject lesson Plan: 18 weeks (from January 2018 to April 2018)

Week 1Chapter 1: PrerequisitesAssignmentsWeek 1, Day 1, Date 1-1-18PolarizationWeek 1, Day 2, Date 2-1-18Polarization continuedWeek 1, Day 3, Date 6-1-18Polarization continuedWeek 2Chapter 1: PrerequisitesAssignmentsWeek 2, Day 1, Date 8-1-18Polarization continuedWeek 2, Day 2, Date 9-1-18Polarization continuedWeek 2, Day 3, Date 13-1-18Swarn jayanti Hawan and LohriWeek 3Chapter 1: PrerequisitesAssignmentsWeek 3, Day 1, Date 15-1-18Polarization continuedWeek 3, Day 2, Date 16-1-18Polarization continuedWeek 3, Day 3, Date 20-1-18Polarization continuedWeek 4Chapter 2: PrerequisitesWeek 4, Day 1, Date 22-1-18HolidayWeek 4, Day 2, Date 23-1-18Fourier analysisWeek 4, Day 3, Date 27-1-18Fourier analysis continuedWeek 5Chapter 2: PrerequisitesAssignmentsWeek 5, Day 1, Date 29-1-18Fourier analysis continuedChapter 2: PrerequisitesWeek 5, Day 2, Date 30-1-18Fourier analysis continued

Week 5, Day 3, Date 3-2-18Fourier analysis continuedWeek 6Chapter 2: PrerequisitesAssignmentsWeek 6, Day 1, Date 5-2-18Fourier analysis continuedWeek 6, Day 2, Date 6-2-18Fourier analysis continuedWeek 6, Day 3, Date 10-2-18HolidayWeek 7Chapter 3: PrerequisitesAssignmentsWeek 7, Day 1, Date 12-2-18Fourier transformWeek 7, Day 2, Date 13-2-18HolidayWeek 7, Day 3, Date 17-2-18Fourier transform continuedWeek 8Chapter 3: PrerequisitesAssignmentsWeek8, Day 1, Date 19-2-18Fourier transform continuedWeek 8, Day 2, Date 20-2-18Fourier transform continuedWeek 8, Day 3, Date 24-2-18Geometrical optics 1Week 9Chapter 3: PrerequisitesAssignmentsWeek 9, Day 1, Date 26-2-18Geometrical optics 1 continuedWeek 9, Day 2, Date 27-2-18Sports DayWeek 9, Day 3, Date 3-2-18HolidayWeek 10Chapter 3: PrerequisitesAssignmentsWeek10, Day 1, Date 5-3-18Geometrical optics 1 continuedWeek 10, Day 2, Date 6-3-18Geometrical optics 1 continuedWeek 10, Day 3, Date 10-3-18Geometrical optics 1 continuedWeek 11

Chapter 4: PrerequisitesAssignmentsWeek 11, Day 1, Date 12-3-18Geometrical optics 2Week 11, Day 2, Date 13-3-18Geometrical optics 2 continuedWeek11, Day 3, Date 17-3-18Geometrical optics 2 continuedWeek 12Chapter 4: PrerequisitesAssignmentsWeek 12, Day 1, Date 19-3-18Geometrical optics 2 continuedWeek 12, Day 2, Date 20-3-18Fiber opticsWeek 12, Day 3, Date 24-3-18Fiber optics continuedWeek 13Chapter 4: PrerequisitesAssignmentsWeek 13, Day 1, Date 26-3-18Fiber optics continuedWeek 13, Day 2, Date 27-3-18Fiber optics continuedWeek 13, Day 3, Date 31-3-18Fiber optics continuedWeek 14Chapter 4: PrerequisitesAssignmentsWeek 14, Day 1, Date 2-4-18Fiber optics continuedWeek 14, Day 2, Date 3-4-18Fiber optics continuedWeek 14, Day 3, Date 7-4-18Fiber optics continuedWeek 15Chapter 4: PrerequisitesAssignmentsWeek 15, Day 1, Date 9-4-18RevisionWeek 15, Day 2, Date 10-4-18RevisionWeek 15, Day 3, Date 14-4-18Holiday

Name of the Assistant/Associate Professor: Sanjul Gupta

Class and Section: B.sc 3rd (A)

Subject lesson Plan: 18 weeks (from January 2018 to April 2018)

Week 1Chapter 1: PrerequisitesAssignmentsWeek 1, Day 1, Date 1-1-181.1 Introduction to emission and absorption spectra, atomic spectra, wave no. 1.2 Rutherford ‘s Experiments, Impact parameter & Drawbacks of Rutherford ‘s ModelWeek 1, Day 2, Date 2-1-181.3 Bohr Atom Model, H-atom Model and its spectrum1.4 limitations & corrections of Bohr theory & its quantum condition.Week 1, Day 3, Date 3-1-181.5 Interaction of radiation with matter, Spontaneous transitionWeek 2Chapter 1: PrerequisitesAssignmentsWeek 2, Day 1, Date 8-1-181.6 Selection rules, Bohr’s correspondence principle, Excitation energy.1.7 Franck-Hertz ExperimentWeek 2, Day 2, Date 9-1-181.8 Rydberg -Ritz Principle, variation of Rydberg constant due to finite mass.Week 2, Day 3, Date 10-1-181.9 Wilson –Sommerfeld’s Quantization rule, 1.10 Sommerfeld’s Extension of Bohr’s ModelWeek 3Chapter 1: PrerequisitesAssignmentsWeek 3, Day 1, Date 15-1-181.10 Sommerfeld’s Extension of Bohr’s ModelWeek 3, Day 2, Date 16-1-181.11 Sommerfeld Relativistic corrections & its shortcomings.Week 3, Day 3, Date 17-1-181.12 Vector atom model, Stern Gerlach Experiment.1.13 Quantum no. associated with vector model of atom, 1.14 coupling of spin & orbital angular momentum.Week 4Chapter 2: PrerequisitesWeek 4, Day 1, Date 22-1-18HolidayWeek 4, Day 2, Date 23-1-182.1 Larmor’s Theorem, Various magnetic moments2.2 Penetrating and non-penetrating orbits2.3 Quantum defect , Spin-orbit interactionWeek 4, Day 3, Date 24-1-18Holiday

Week 5Chapter 2: PrerequisitesAssignmentsWeek 5, Day 1, Date 29-1-182.4 Double term separation2.5 Energy levels of alkali metals and spectral lines 2.6 Fine structure of hydrogen spectraChapter 3: PrerequisitesWeek 5, Day 2, Date 30-1-183.1 Introduction of vector model atomWeek 5, Day 3, Date 31-1-183.2 Identical particles, Acceptable wave function for two particle systemWeek 6Chapter 3: PrerequisitesAssignmentsWeek 6, Day 1, Date 5-2-183.3 Symmetric & anti-symmetric wave function.3.4 Pauli Exclusion principle.Week 6, Day 2, Date 6-2-183.5 Electronic structure of atomWeek 6, Day 3, Date 7-2-183.6 Electronic configuration with modern symbolic representations.Week 7Chapter 3: PrerequisitesAssignmentsWeek 7, Day 1, Date 12-2-183.7 Various coupling schemes.Week 7, Day 2, Date 13-2-18HolidayWeek 7, Day 3, Date 14-2-183.8 Spectroscopic notation, Spectral terms for L-S coupling.3.9 Various coupling schemes for two valence electron.Week 8Chapter 3: PrerequisitesAssignmentsWeek8, Day 1, Date 19-2-183.10 Interaction energy for L-S coupling.Week 8, Day 2, Date 20-2-183.11 Lande interval rule.3.12 Interaction energy in JJ-Coupling.Week 8, Day 3, Date 21-2-183.13 Comparison between L-S and JJ- coupling schemes.3.14 Optical spectra.Week 9Chapter 3: PrerequisitesAssignmentsWeek 9, Day 1, Date 26-2-183.15 Spectra of alkali atoms.

3.16 Fine structure of Sodium and Helium atom.3.17 Alkaline Earth spectraWeek 9, Day 2, Date 27-2-18Sports DayWeek 9, Day 3, Date 28-2-18HolidayWeek 10Chapter 4: PrerequisitesAssignmentsWeek10, Day 1, Date 5-3-184.1 Atom in External field4.2 Zeeman effectWeek 10, Day 2, Date 6-3-184.3 Classical theory of normal Zeeman effect.Week 10, Day 3, Date 7-3-184.4 Quantum theory of normal Zeeman effect.Week 11Chapter 4: PrerequisitesAssignmentsWeek 11, Day 1, Date 12-3-184.5 Zeeman shift, Quantum theory of Anomalous Zeeman effect.Week 11, Day 2, Date 13-3-184.6 Paschen-Back effect of vector atom model.4.7 Paschen –Back effect of principle series doublet of Sodium.Week11, Day 3, Date 14-3-184.8 Difference between Anomalous Zeeman effect and Paschen-Back effectWeek 12Chapter 4: PrerequisitesAssignmentsWeek 12, Day 1, Date 19-3-184.9 Transition between weak and strong Magnetic fields4.10 Observed Stark effect of Hydrogen atomWeek 12, Day 2, Date 20-3-184.11 Difference between Zeeman effect and Stark effect4.12 Weak field Stark effect in HydrogenWeek 12, Day 3, Date 21-3-184.13 Strong field Stark effect in HydrogenWeek 13Chapter 4: PrerequisitesAssignmentsWeek 13, Day 1, Date 26-3-184.14 Hyperfine Structure of Spectral linesWeek 13Chapter 5: PrerequisitesWeek 13, Day 2, Date 27-3-185.1 Introduction of Molecular Physics5.2 Molecular spectra5.3 Rotational energy levels

Week 13, Day 3, Date 28-3-185.4 Rotational spectra5.5 Vibrational energy levelsWeek 14Chapter 5: PrerequisitesAssignmentsWeek 14, Day 1, Date 2-4-185.6 Vibrational Rotational spectra5.7 Vibrational spectraWeek 14, Day 2, Date 3-4-185.8 electronic energy levels5.9 Raman EffectWeek 14, Day 3, Date 4-4-185.10 Classical theory of Raman Effect5.11 Quantum theory of Raman EffectWeek 15Chapter 5: PrerequisitesAssignmentsWeek 15, Day 1, Date 9-4-185.12 Importance of Raman effect5.13 Raman effect and Compton effectWeek 15, Day 2, Date 10-4-185.14 Raman effect and Rayleigh scattering5.15 Electromagnetic SpectrumWeek 15, Day 3, Date 11-4-18Numerical related to Molecular Spectra

Name of the Assistant/Associate Professor: Sanjul Gupta

Class and Section: B.sc 3rd (B)

Subject lesson Plan: 18 weeks (from January 2018 to April 2018)

Week 1Chapter 1: PrerequisitesAssignmentsWeek 1, Day 4, Date4-1-181.1 Introduction to emission and absorption spectra, atomic spectra, wave no. 1.2 Rutherford ‘s Experiments, Impact parameter & Drawbacks of Rutherford ‘s ModelWeek 1, Day 5, Date 5-1-181.3 Bohr Atom Model, H-atom Model and its spectrum1.4 limitations & corrections of Bohr theory & its quantum condition.Week 1, Day 6, Date 6-1-181.5 Interaction of radiation with matter, Spontaneous transitionWeek 2Chapter 1: PrerequisitesAssignmentsWeek 2, Day 4, Date 11-1-181.6 Selection rules, Bohr’s correspondence principle, Excitation energy.1.7 Franck-Hertz ExperimentWeek 2, Day 5, Date 12-1-181.8 Rydberg -Ritz Principle, variation of Rydberg constant due to finite mass.1.9 Wilson –Sommerfeld’s Quantization ruleWeek 2, Day 6, Date 13-1-18Swaran Jayanti and HawanWeek 3Chapter 1: PrerequisitesAssignmentsWeek 3, Day 4, Date 18-1-181.10 Sommerfeld’s Extension of Bohr’s ModelWeek 3, Day 5, Date 19-1-181.11 Sommerfeld Relativistic corrections & its shortcomings.Week 3, Day 6, Date 20-1-181.12 Vector atom model, Stern Gerlach Experiment.1.13 Quantum no. associated with vector model of atom, 1.14 coupling of spin & orbital angular momentum.Week 4Chapter 2: PrerequisitesAssignmentsWeek 4, Day 4, Date 25-1-182.1 Larmor’s Theorem, Various magnetic moments2.2 Penetrating and non-penetrating orbits2.3 Quantum defect , Spin-orbit interactionWeek 4, Day 5, Date 26-1-18HolidayWeek 4, Day 6, Date 27-1-18

2.4 Double term separation2.5 Energy levels of alkali metals and spectral linesWeek 5Chapter 2: PrerequisitesAssignmentsWeek 5, Day 4, Date 1-2-182.6 Fine structure of hydrogen spectraChapter 3: PrerequisitesWeek 5, Day 5, Date 2-2-183.1 Introduction of vector model atomWeek 5, Day 6, Date 3-2-183.2 Identical particles, Acceptable wave function for two particle system3.3 Symmetric & anti-symmetric wave function.3.4 Pauli Exclusion principle.Week 6Chapter 3: PrerequisitesAssignmentsWeek 6, Day 4, Date 8-2-183.5 Electronic structure of atom3.6 Electronic configuration with modern symbolic representations.Week 6, Day 5, Date 9-2-18Inter College CompetitionWeek 6, Day 6, Date 10-2-18HolidayWeek 7Chapter 3: PrerequisitesAssignmentsWeek 7, Day 4, Date 15-2-183.7 Various coupling schemes.Week 7, Day 5, Date 16-2-183.8 Spectroscopic notation, Spectral terms for L-S coupling.Week 7, Day 6, Date 17-2-183.9 Various coupling scheme for two valence electron.Week 8Chapter 3: PrerequisitesAssignmentsWeek8, Day 4, Date 22-2-183.10 Interaction energy for L-S coupling.Week 8, Day 5, Date 23-2-183.11 Lande interval rule.3.12 Interaction energy in JJ-Coupling.Week 8, Day 6, Date 24-2-183.13 Comparison between L-S and JJ- coupling schemes.3.14 Optical spectra.3.15 Spectra of alkali atoms.Week 9Chapter 3: PrerequisitesAssignments

Week 9, Day 4, Date 1-3-18HolidayWeek 9, Day 5, Date 2-3-18 HolidayWeek 9, Day 6, Date 3-3-18HolidayWeek 10Chapter 3,4: PrerequisitesAssignmentsWeek10, Day 4, Date 8-3-183.16 Fine structure of Sodium and Helium atom.3.17 Alkaline Earth spectra4.1 Atom in External fieldWeek 10, Day 5, Date 9-3-184.2 Zeeman effect4.3 Classical theory of normal Zeeman effect.Week 10, Day 6, Date 10-3-184.4 Quantum theory of normal Zeeman effect.Week 11Chapter 4: PrerequisitesAssignmentsWeek 11, Day 4, Date 15-3-184.5 Zeeman shift, Quantum theory of Anomalous Zeeman effect.Week 11, Day 5, Date 16-3-184.6 Paschen-Back effect of vector atom model.4.7 Paschen –Back effect of principle series doublet of Sodium.Week11, Day 6, Date 17-3-184.8 Difference between Anomalous Zeeman effect and Paschen-Back effect4.9 Transition between weak and strong Magnetic fieldsWeek 12Chapter 4: PrerequisitesAssignmentsWeek 12, Day 4, Date 22-3-184.10 Observed Stark effect of Hydrogen atom4.11 Difference between Zeeman effect and Stark effectWeek 12, Day 5, Date 23-3-18HolidayWeek 12, Day 6, Date 24-3-184.12 Weak field Stark effect in Hydrogen4.13 Strong field Stark effect in Hydrogen4.14 Hyperfine Structure of Spectral linesWeek 13Chapter 5: PrerequisitesAssignmentsWeek 13, Day 4, Date 29-3-18 Holiday Week 13, Day 5, Date 30-3-185.1 Introduction of Molecular Physics5.2 Molecular spectra

5.3 Rotational energy levelsWeek 13, Day 6, Date 31-3-185.4 Rotational spectra5.5 Vibrational energy levelsWeek 14Chapter 5: PrerequisitesAssignmentsWeek 14, Day 4, Date 5-4-185.6 Vibrational Rotational spectra5.7 Vibrational spectraWeek 14, Day 5, Date 6-4-185.8 electronic energy levels5.9 Raman EffectWeek 14, Day 6, Date 7-4-185.10 Classical theory of Raman Effect5.11 Quantum theory of Raman EffectWeek 15Chapter 5: PrerequisitesAssignmentsWeek 15, Day 4, Date 12-4-185.12 Importance of Raman effect5.13 Raman effect and Compton effect5.14 Raman effect and Rayleigh scattering5.15 Electromagnetic SpectrumWeek 15, Day 5, Date 13-4-18Annual Prize DistributionWeek 15, Day 6, Date 14-4-18Holiday

Name of the Assistant/Associate Professor: Monika

Class and Section: B.sc 1st (A)

Subject lesson Plan: 18 weeks (from January 2018 to April 2018)

Week 1Chapter 1: PrerequisitesAssignmentsWeek 1, Day 1, Date 1-1-181.1 Energy bands in solids.1.2 Metal, insulator & semiconductor.1.3 Extrinsic & intrinsic semiconductor Week 1, Day 2, Date 2-1-181.4Charge carriers in extrinsic semiconductor1.5 Carriers mobility and electrical resistivityWeek 1, Day 3, Date 3-1-181.6 Effect of temp. on semiconductor1.7 Important property of semiconductor1.8 p-n junction and biasingWeek 2Chapter 1: PrerequisitesAssignmentsWeek 2, Day 1, Date 8-1-181.9 Zener and Avalanche breakdown1.10 Characteristics of p-n junctionWeek 2, Day 2, Date 9-1-181.11 Ideal diode1.12 Resistance of diodeWeek 2, Day 3, Date 10-1-181.13 Zener diode1.14 Zener diode as a voltage regulatorWeek 3Chapter 1: PrerequisitesAssignmentsWeek 3, Day 1, Date 15-1-181.15LED, PhotoconductionWeek 3, Day 2, Date 16-1-181.16 Photo diode 1.17 Solar cell, p-n junction rectifierWeek 3, Day 3, Date 17-1-181.17 Half wave rectifier1.18 Full wave rectifier1.19 Bridge rectifierWeek 4Chapter 2: PrerequisitesWeek 4, Day 1, Date 22-1-18HolidayWeek 4, Day 2, Date 23-1-18

2.1 Transistors2.2 Action of various TransistorsWeek 4, Day 3, Date 24-1-18HolidayWeek 5Chapter 2: PrerequisitesAssignmentsWeek 5, Day 1, Date 29-1-182.3 Dc current gain in CB configuration2.5 Standard notations2.6 Three configurations of TransistorsChapter 2: PrerequisitesWeek 5, Day 2, Date 30-1-182.7 CB characteristics of a TransistorsWeek 5, Day 3, Date 31-1-182.8 CE characteristics of a TransistorsWeek 6Chapter 2: PrerequisitesAssignmentsWeek 6, Day 1, Date 5-2-182.9 Relation between alpha and beta2.10 Current relations in CE configurationsWeek 6, Day 2, Date 6-2-182.11 CC characteristics of a Transistors2.12 Current gain in CC configurationWeek 6, Day 3, Date 7-2-182.13 Parameter of transistor in CB& CE configurations2.14 Advantages and disadvantages of CE configurationWeek 7Chapter 3: PrerequisitesAssignmentsWeek 7, Day 1, Date 12-2-183.1 Transistor amplifier and DC load line3.2 Biasing of transistorWeek 7, Day 2, Date 13-2-18HolidayWeek 7, Day 3, Date 14-2-183.3 Simple biasing circuit3.4 Fixed biasing circuitWeek 8Chapter 3: PrerequisitesAssignmentsWeek8, Day 1, Date 19-2-183.5 Collector to base bias circuit3.6 Emitter feed -back bias circuitWeek 8, Day 2, Date 20-2-183.7 Voltage divider biasing circuit3.8 Emitter bias circuitWeek 8, Day 3, Date 21-2-18

3.9 Amplifier 3.10 Classifications of an amplifierWeek 9Chapter 3: PrerequisitesAssignmentsWeek 9, Day 1, Date 26-2-183.11 CB & CE transistor amplifiers3.17 Coupling in amplifiers3.18 Decibel as a unit of voltage gainWeek 9, Day 2, Date 27-2-18Sports DayWeek 9, Day 3, Date 28-2-18HolidayWeek 10Chapter 3: PrerequisitesAssignmentsWeek10, Day 1, Date 5-3-183.19 Various method of coupling of amplifiers3.20 RC coupled amplifierWeek 10, Day 2, Date 6-3-183.21 Feed back in amplifier3.22 Various type of feed- back circuitWeek 10, Day 3, Date 7-3-183.23 Voltage gain for feed- back amplifier3.24 Advantages of negative feed-backWeek 11Chapter 3: PrerequisitesAssignmentsWeek 11, Day 1, Date 12-3-183.25 Input and Output impedance of voltage series feed-back amplifier3.26 Distortion in amplifiersWeek 11, Day 2, Date 13-3-183.27 Amplifier circuit with negative feed-back3.28 Emitter follower circuitWeek11, Day 3, Date 14-3-18NumericalsWeek 12Chapter 4: PrerequisitesAssignmentsWeek 12, Day 1, Date 19-3-184.1 Introduction to Oscillators4.2 Oscillator in tank circuitWeek 12, Day 2, Date 20-3-184.3 classifications of an oscillatorsWeek 12, Day 3, Date 21-3-184.4 Fundamental principle of oscillator4.5 Feed –back in oscillatorsWeek 13Chapter 4: Prerequisites

AssignmentsWeek 13, Day 1, Date 26-3-184.6 Barkhausen criterion for sustained oscillatorWeek 13Chapter 4: PrerequisitesWeek 13, Day 2, Date 27-3-184.7 Common base collector tuned oscillatorWeek 13, Day 3, Date 28-3-184.8 Common emitter collector tuned oscillatorWeek 14Chapter 4: PrerequisitesAssignmentsWeek 14, Day 1, Date 2-4-184.9 Common emitter base tuned oscillatorWeek 14, Day 2, Date 3-4-184.10 Hartley oscillator4.11 Colpit’s oscillators Week 14, Day 3, Date 4-4-184.12 Cathode Ray OscillographWeek 15Chapter 4: PrerequisitesAssignmentsWeek 15, Day 1, Date 9-4-184.13 Time base circuit using a Neon lampWeek 15, Day 2, Date 10-4-184.14 Deflection of the spot of light in C.R.OWeek 15, Day 3, Date 11-4-18Numerical related to chapter

Name of the Assistant/Associate Professor: Monika

Class and Section: B.sc 2nd (A)

Subject lesson Plan: 18 weeks (from January 2018 to April 2018)

Week 1Chapter 1: PrerequisitesAssignmentsWeek 1, Day 3, Date 3-1-18

Statistical physics-1Week 1, Day 4, Date 4-1-18Statistical physics-1ContinuedWeek 1, Day 5, Date 5-1-18Statistical physics-1ContinuedWeek 2Chapter 1: PrerequisitesAssignmentsWeek 2, Day 3, Date 10-1-18Statistical physics-1ContinuedWeek 2, Day 4, Date 11-1-18Statistical physics-1ContinuedWeek 2, Day 5, Date 12-1-18Statistical physics-1ContinuedWeek 3Chapter 1: PrerequisitesAssignmentsWeek 3, Day 3, Date 17-1-18Statistical physics-1ContinuedWeek 3, Day 4, Date 18-1-18Statistical physics-1ContinuedWeek 3, Day 5, Date 19-1-18Statistical physics-1ContinuedWeek 4Chapter 2: PrerequisitesWeek 4, Day 3, Date 24-1-18HolidayWeek 4, Day 4, Date 25-1-18Statistical physics-2Week 4, Day 5, Date 26-1-18Holiday

Week 5Chapter 2: PrerequisitesAssignmentsWeek 5, Day 3, Date 31-1-18Statistical physics-2ContinuedChapter 2: PrerequisitesWeek 5, Day 4, Date 1-2-18Statistical physics-2ContinuedWeek 5, Day 5, Date 2-2-18Statistical physics-2ContinuedWeek 6Chapter 2: PrerequisitesAssignmentsWeek 6, Day 3, Date 7-2-18Statistical physics-2ContinuedWeek 6, Day 4, Date 8-2-18Statistical physics-2ContinuedWeek 6, Day 5, Date 9-2-18Inter College CompetitionWeek 7Chapter 3: PrerequisitesAssignmentsWeek 7, Day 3, Date 14-2-18Quantum statisticsWeek 7, Day 4, Date 15-2-18Quantum statisticsContinuedWeek 7, Day 5, Date 16-2-18Quantum statisticsContinuedWeek 8Chapter 3: PrerequisitesAssignmentsWeek8, Day 3, Date 21-2-18Quantum statisticsContinuedWeek 8, Day 4, Date 22-2-18Quantum statisticsContinuedWeek 8, Day 5, Date 23-2-18Quantum statisticsContinuedWeek 9Chapter 3: Prerequisites

AssignmentsWeek 9, Day 3, Date 28-2-18HolidayWeek 9, Day 4, Date 1-3-18HolidayWeek 9, Day 5, Date 2-3-18HolidayWeek 10Chapter 3: PrerequisitesAssignmentsWeek10, Day 3, Date 7-3-18Quantum statisticsContinuedWeek 10, Day 4, Date 8-3-18Quantum statisticsContinuedWeek 10, Day 5, Date 9-3-18Quantum statisticsContinuedWeek 11Chapter 3: PrerequisitesAssignmentsWeek 11, Day 3, Date 14-3-18Quantum statisticsContinuedWeek 11, Day 4, Date 15-3-18Quantum statisticsContinuedWeek11, Day 5, Date 16-3-18NumericalsWeek 12Chapter 4: PrerequisitesAssignmentsWeek 12, Day 3, Date 21-3-18Theory of specific heat of solidsWeek 12, Day 4, Date 22-3-18Theory of specific heat of solidsContinuedWeek 12, Day 5, Date 23-3-18HolidayWeek 13Chapter 4: PrerequisitesAssignmentsWeek 13, Day 3, Date 28-3-18Theory of specific heat of solidsContinuedWeek 13, Day 4, Date 29-3-18Theory of specific heat of solidsContinued

Week 13, Day 5, Date 30-3-18Theory of specific heat of solidsContinuedWeek 14Chapter 4: PrerequisitesAssignmentsWeek 14, Day 3, Date 4-4-18Theory of specific heat of solidsContinuedWeek 14, Day 4, Date 5-4-18Theory of specific heat of solidsContinuedWeek 14, Day 5, Date 6-4-18Theory of specific heat of solidsContinuedWeek 15Chapter1,2,3, 4: PrerequisitesAssignmentsWeek 15, Day 3, Date 11-4-18Revision of chapter 1Week 15, Day 4, Date 12-4-18Revision of chapter 2 and 3Week 15, Day 5, Date 13-4-18Annual Prize Distribution

Name of the Assistant/Associate Professor: Swati Aggarwal

Class and Section: B.sc 1ST (A)

Subject lesson Plan: 18 weeks (from January 2018 to April 2018)

Week 1Chapter 1: PrerequisitesAssignmentsWeek 1, Day 4, Date4-1-181.1 Dynamics of a rigid bodies1.2 Rotation of a rigid body1.3 Torque acting on a rigid bodyWeek 1, Day 5, Date 5-1-181.4 Torque in Cartesian co-ordinate1.5 Angular momentum1.6 Torque and Angular momentumWeek 1, Day 6, Date 6-1-181.7 Kinetic energy of rotation and moment of inertia1.8 Physical significance of moment of inertiaWeek 2Chapter 1: PrerequisitesAssignmentsWeek 2, Day 4, Date 11-1-181.9 Work and power in rotational motion1.10 Relation between Torque and angular acceleration1.11 Work done in terms of change in rotational kinetic energyWeek 2, Day 5, Date 12-1-181.12 Angular momentum and angular impulse1.13 Conservation of angular momentum1.14 Laws of rotationsWeek 2, Day 6, Date 13-1-18Swaran Jayanti Hawan and LohriWeek 3Chapter 1: PrerequisitesAssignmentsWeek 3, Day 4, Date 18-1-181.15 Theorem of perpendicular and parallel axes1.17 Moment of inertia of a thin uniform rod1.18 Moment of inertia of a rectangular laminaWeek 3, Day 5, Date 19-1-181.19 Moment of inertia of a solid uniform bar of rectangular cross-section1.20 Moment of inertia of a thin circular ring & discWeek 3, Day 6, Date 20-1-181.21 Moment of inertia of a solid cylinder1.22 Moment of inertia of a hollow circular cylinderWeek 4Chapter 1: PrerequisitesAssignments

Week 4, Day 4, Date 25-1-181.23 Moment of inertia of a solid sphere1.24 Moment of inertia of a thin spherical shellWeek 4, Day 5, Date 26-1-18HolidayWeek 4, Day 6, Date 27-1-181.25 Moment of inertia of a hollow sphere1.26 Route’s law 1.27 Kinetic energy of a body rolling on a horizontal planeWeek 5Chapter 1: PrerequisitesAssignmentsWeek 5, Day 4, Date 1-2-181.28Acceleration of a body rolling down an inclined planeChapter 2: PrerequisitesWeek 5, Day 5, Date 2-2-182.1 Introduction to Elasticity2.2 Stress and strain 2.3 Hooke’s law2.4 Stress strain graphWeek 5, Day 6, Date 3-2-182.5 Types of elasticity2.6 Young’s modulus2.7 Bulk modulus2.8 Modulus of elasticityWeek 6Chapter 2: PrerequisitesAssignmentsWeek 6, Day 4, Date 8-2-182.9 Poisson’s ratio & energy or strained bodies2.10 Relation between Y, K and σ and η2.12 Relation between Elastic constantsWeek 6, Day 5, Date 9-2-18Inter College CompetitionWeek 6, Day 6, Date 10-2-18HolidayWeek 7Chapter 2: PrerequisitesAssignmentsWeek 7, Day 4, Date 15-2-182.13 limiting value of Poisson’s ratio2.14 Torsion of cylinder and Twisting CoupleWeek 7, Day 5, Date 16-2-182.15 Bending of Beams2.16 Cantilever loaded at free endWeek 7, Day 6, Date 17-2-182.17 Depression of a centrally loaded beam supported at ends2.18Depression of a uniformly loaded beam at its middle point2.19 Resilience

Week 8Chapter 3: PrerequisitesAssignmentsWeek8, Day 4, Date 22-2-183.1 Introduction of Kinetic theory of gases-13.2 Assumptions of Kinetic theory of gases3.3 Expression for pressure of gasWeek 8, Day 5, Date 23-2-183.4 Ideal gas equation3.5 Kinetic interpretation of temp. 3.6 Degree of freedomWeek 8, Day 6, Date 24-2-183.7 Law of equipartition of energy3.8 Specific heat of gases 3.9 Variation of molar specific heat of a diatomic gas with temp.Week 9Chapter 3: PrerequisitesAssignmentsWeek 9, Day 4, Date 1-3-18HolidayWeek 9, Day 5, Date 2-3-18 HolidayWeek 9, Day 6, Date 3-3-18HolidayWeek 10Chapter 3: PrerequisitesAssignmentsWeek10, Day 4, Date 8-3-183.10 Brownian motion3.11 Einstein’s theory of the translational Brownian motionWeek 10, Day 5, Date 9-3-183.12 Deviation of real gas behavior from that of an ideal gas3.13 Results of Andrew’s experimentWeek 10, Day 6, Date 10-3-183.15 Vander wall’s equation of state for real gases3.16 Vander wall’s isothermsWeek 11Chapter 3,4: PrerequisitesAssignmentsWeek 11, Day 4, Date 15-3-183.17 Explanation of deviation by Vander wall’s equationWeek 11, Day 5, Date 16-3-184.1 Kinetic theory of gases- 2Week11, Day 6, Date 17-3-184.2 Phase space4.3 Division of phase space into cells4.4 Micro and macro statesWeek 12Chapter 4: Prerequisites

AssignmentsWeek 12, Day 4, Date 22-3-184.5 Postulates of statistical mechanics4.6 Deduction of Maxwell-Boltzmann velocity distribution lawWeek 12, Day 5, Date 23-3-18HolidayWeek 12, Day 6, Date 24-3-184.7 Deduction of Maxwell-Boltzmann speed distribution law4.8 Determination of constant BWeek 13Chapter 5: PrerequisitesAssignmentsWeek 13, Day 4, Date 29-3-18 Holiday Week 13, Day 5, Date 30-3-184.9 Discussion of Maxwell -Boltzmann speed distribution law4.10 Most probable speedWeek 13, Day 6, Date 31-3-184.11 Expression for average or mean speed and root mean square speed4.12 Maxwell Energy -wise distributionWeek 14Chapter 4: PrerequisitesAssignmentsWeek 14, Day 4, Date 5-4-184.13 Experimental verification of Maxwell -Boltzmann speed distribution lawWeek 14, Day 5, Date 6-4-184.14 Mean free path4.15 Expression for mean free pathWeek 14, Day 6, Date 7-4-184.16Probability for particle to travel a distance without collision4.17 Transport phenomenonWeek 15Chapter 4: PrerequisitesAssignmentsWeek 15, Day 4, Date 12-4-184.18 Viscosity ( transport of momentum)4.19 Thermal conduction in gases( transport of energy)4.20 Diffusion of gases ( transport of mass)Week 15, Day 5, Date 13-4-18Annual Prize DistributionWeek 15, Day 6, Date 14-4-18Holiday

Name of the Assistant/Associate Professor: Swati Aggarwal

Class and Section: B.sc 3rd (B)

Subject lesson Plan: 18 weeks (from January 2018 to April 2018)

Week 1Chapter 1: PrerequisitesAssignmentsWeek 1, Day 1, Date 1-1-18Crystal structure-1Week 1, Day 2, Date 2-1-18Crystal structure-1ContinuedWeek 1, Day 3, Date 3-1-18Crystal structure-1ContinuedWeek 2Chapter 1: PrerequisitesAssignmentsWeek 2, Day 1, Date 8-1-18Crystal structure-1ContinuedWeek 2, Day 2, Date 9-1-18Crystal structure-1ContinuedWeek 2, Day 3, Date 10-1-18Crystal structure-1ContinuedWeek 3Chapter 1: PrerequisitesAssignmentsWeek 3, Day 1, Date 15-1-18Crystal structure-1ContinuedWeek 3, Day 2, Date 16-1-18Crystal structure-1ContinuedWeek 3, Day 3, Date 17-1-18Crystal structure-1ContinuedWeek 4Chapter 2: PrerequisitesWeek 4, Day 1, Date 22-1-18HolidayWeek 4, Day 2, Date 23-1-18Crystal structure-2Week 4, Day 3, Date 24-1-18Holiday

Week 5Chapter 2: PrerequisitesAssignmentsWeek 5, Day 1, Date 29-1-18Crystal structure-2ContinuedChapter 2: PrerequisitesWeek 5, Day 2, Date 30-1-18Crystal structure-2ContinuedWeek 5, Day 3, Date 31-1-18Crystal structure-2ContinuedWeek 6Chapter 2: PrerequisitesAssignmentsWeek 6, Day 1, Date 5-2-18Crystal structure-2ContinuedWeek 6, Day 2, Date 6-2-18Crystal structure-2ContinuedWeek 6, Day 3, Date 7-2-18Crystal structure-2ContinuedWeek 7Chapter 3: PrerequisitesAssignmentsWeek 7, Day 1, Date 12-2-18SuperconductivityWeek 7, Day 2, Date 13-2-18HolidayWeek 7, Day 3, Date 14-2-18SuperconductivityContinuedWeek 8Chapter 3: PrerequisitesAssignmentsWeek8, Day 1, Date 19-2-18SuperconductivityContinuedWeek 8, Day 2, Date 20-2-18SuperconductivityContinuedWeek 8, Day 3, Date 21-2-18SuperconductivityContinuedWeek 9Chapter 3: Prerequisites

AssignmentsWeek 9, Day 1, Date 26-2-18SuperconductivityContinuedWeek 9, Day 2, Date 27-2-18Sports DayWeek 9, Day 3, Date 28-2-18HolidayWeek 10Chapter 3: PrerequisitesAssignmentsWeek10, Day 1, Date 5-3-18SuperconductivityContinuedWeek 10, Day 2, Date 6-3-18SuperconductivityContinuedWeek 10, Day 3, Date 7-3-18SuperconductivityContinuedWeek 11Chapter 3: PrerequisitesAssignmentsWeek 11, Day 1, Date 12-3-18Superconductivity continuedWeek 11, Day 2, Date 13-3-18SuperconductivityContinuedWeek11, Day 3, Date 14-3-18SuperconductivityContinuedWeek 12Chapter 4: PrerequisitesAssignmentsWeek 12, Day 1, Date 19-3-18Introduction to Nano PhysicsWeek 12, Day 2, Date 20-3-18Introduction to Nano PhysicsContinuedWeek 12, Day 3, Date 21-3-18Introduction to Nano PhysicsContinuedWeek 13Chapter 4: PrerequisitesAssignmentsWeek 13, Day 1, Date 26-3-18Introduction to Nano PhysicsContinuedWeek 13

Chapter 4: PrerequisitesWeek 13, Day 2, Date 27-3-18Introduction to Nano PhysicsContinuedWeek 13, Day 3, Date 28-3-18Introduction to Nano PhysicsContinuedWeek 14Chapter 4: PrerequisitesAssignmentsWeek 14, Day 1, Date 2-4-18Introduction to Nano PhysicsContinuedWeek 14, Day 2, Date 3-4-18Introduction to Nano PhysicsContinuedWeek 14, Day 3, Date 4-4-18Introduction to Nano PhysicsContinuedWeek 15Chapter 4: PrerequisitesAssignmentsWeek 15, Day 1, Date 9-4-18Numericals related to chapter 1 & RevisionWeek 15, Day 2, Date 10-4-18Numericals related to chapter 2 & RevisionWeek 15, Day 3, Date 11-4-18Numericals related to chapter 3 & Revision

Name of the Assistant Professor: Dr. Nidhi Bansal

Class and Section: B.Sc.-II (Semester-IV) (Statistical Physics, Paper-I)

Subject Lesson Plan: 18 weeks (from January 2018 to April 2018)

Week 1Chapter 1: PrerequisitesAssignmentsWeek 1, Day 1, Date 1 -1-2018Chapter 1 : Statistical Physics-IWeek 1, Day 2, Date 2-1-2018Chapter 1: Statistical Physics-I Week 1, Day 3, Date 3-1-2018Chapter 1: Statistical Physics-IWeek 1, Day 4, Date 4-1-2018Chapter 1: Statistical Physics-IWeek 1, Day 5, Date 5-1-2018Chapter 1: Statistical Physics-IWeek 1, Day 6, Date 6-1-2018Chapter 1: Statistical Physics-IWeek 2, Day 1, Date 8-1-18Chapter 1: Statistical Physics-IWeek 2, Day 2, Date 9-1-18Chapter 1: Statistical Physics-IWeek 2, Day 3, Date 10-1-18Chapter 1: Statistical Physics-IWeek 2, Day 4, Date 11-1-18Chapter 2: Statistical Physics-IIWeek 2, Day 5, Date 12-1-18Chapter 2: Statistical Physics-IIWeek 2, Day 6, Date 13-1-18Swaran Jayanti Hawan and LohriWeek 3, Day 1, Date 15-1-18Chapter 2: Statistical Physics-IIWeek 3, Day 2, Date 16-1-18Chapter 2: Statistical Physics-IIWeek 3, Day 3, Date 17-1-18Chapter 2: Statistical Physics-IIWeek 3, Day 4, Date 18-1-18Chapter 2: Statistical Physics-IIAssignment-1 (Micro & macro systems, three statistics in brief)Week 3, Day 5, Date 19-1-18Chapter 3: Quantum StatisticsWeek 3, Day 6, Date 20-1-18Chapter 3: Quantum StatisticsWeek 4, Day 1, Date 22-1-18HolidayWeek 4, Day 2, Date 23-1-2018 Class testWeek 4, Day 3, Date 24-1-18Holiday

Week 4, Day 4, Date 25-1-18Chapter 3: Quantum StatisticsWeek 4, Day 5, Date 26-1-18HolidayWeek 4, Day 6, Date 27-1-18Chapter 3: Quantum StatisticsWeek 5, Day 1, Date 29-1-18Chapter 3: Quantum StatisticsWeek 5, Day 2, Date 30-1-18Chapter 3: Quantum StatisticsWeek 5, Day 3, Date 31-1-18Chapter 3: Quantum StatisticsWeek 5: Day 4, Date 1-2-2018Class testAssignment-2 (Need of Quantum Statistics and F.D. Statistics in detail)Week 5, Day 5, Date 2-2-18 Chapter 3: Quantum StatisticsWeek 5, Day 6, Date 3-2-18 Chapter 4: Theory of Specific Heat of SolidsWeek 6, Day 1, Date 5-2-18 Chapter 4: Theory of Specific Heat of SolidsWeek 6, Day 2, Date 6-2-18 Chapter 4: Theory of Specific Heat of SolidsWeek 6, Day 3, Date 7-2-18 Chapter 4: Theory of Specific Heat of SolidsWeek 6, Day 4, Date 8-2-18 Chapter 4: Theory of Specific Heat of SolidsWeek 6, Day 5, Date 9-2-18 Inter College CompetitionWeek 6, Day 6, Date 10-2-18 HolidayWeek 7, Day 1, Date 12-2-18Chapter 4: Theory of Specific Heat of SolidsWeek 7, Day 2, Date 13-2-18HolidayWeek 7, Day 3, Date 14-2-18 RevisionWeek 7, Day 4, Date 15-2-18Revision

Name of the Assistant Professor: Dr. Nidhi Bansal

Class and Section: B.Sc.-II (Semester-IV) (Wave and Optics-II, Paper-II)

Subject Lesson Plan: 18 weeks (from January 2018 to April 2018)

Week 1Chapter 1: PrerequisitesWeek 7, Day 5, Date 16-2-18 Chapter 1 : Polarization Week 7, Day 6, Date 17-2-18 Chapter 1 : PolarizationWeek 8, Day 1, Date 19-2-18 Chapter 1 : PolarizationWeek 8, Day 2, Date 20-2-18 Chapter 1 : PolarizationWeek 8, Day 3, Date 21-2-18 Chapter 1 : PolarizationWeek 8, Day 4, Date 22-2-18 Chapter 1 : PolarizationWeek 8, Day 5, Date 23-2-18 Chapter 1 : PolarizationWeek 8, Day 6, Date 24-2-18 Chapter 1 : PolarizationWeek 9: Day 1, Date 26-2-18Class testWeek 9: Day 2, Date 27-2-18Sports DayWeek 10: Day 1, Date 5-3-18 Chapter 2: Fourier AnalysisAssignment-1 (Nicol Prism and Polarimeters)Week 10: Day 2, Date 6-3-18 Chapter 2: Fourier AnalysisWeek 10: Day 3, Date 7-3-18 Chapter 2: Fourier AnalysisWeek 10: Day 4, Date 8-3-18 Chapter 2: Fourier AnalysisWeek 10: Day 5, Date 9-3-18 Chapter 2: Fourier AnalysisWeek 10: Day 6, Date 10-3-18 Chapter 2: Fourier AnalysisWeek 11, Day 1, Date 12-3-18Chapter 2: Fourier AnalysisWeek 11, Day 2, Date 13-3-18Chapter 2: Fourier AnalysisWeek 11, Day 3, Date 14-3-18Chapter 2: Fourier AnalysisWeek 11, Day 4, Date 15-3-18Chapter 2: Fourier AnalysisWeek 11, Day 5, Date 16-3-18Chapter 2: Fourier AnalysisWeek 11, Day 6, Date 17-3-18

Chapter 3: Fourier TransformsWeek 12, Day 1, Date 19-3-18Class TestWeek 12, Day 2, Date 20-3-18Chapter 3: Fourier TransformsWeek 12 , Day 3, Date 21-3-18Chapter 3: Fourier TransformsWeek 12 , Day 4, Date 22-3-18Chapter 3: Fourier TransformsWeek 12 , Day 5, Date 23-3-18HolidayWeek 12 , Day 6, Date 24-3-18Chapter 3: Fourier TransformsWeek13,Day 1, Date 26-3-18Chapter 3: Fourier TransformsWeek 13, Day 2, Date 27-3-18Chapter 3: Geometric al Optics-IWeek 13,Day 3, Date 28-3-18Class TestWeek 13,Day 4, Date 29-3-18HolidayAssignment-2 ( Triangular and rectangular wave, HW & FW Rectifier)Week 13,Day 5, Date 30-3-18Chapter 3: Geometric al Optics-IWeek 13,Day 6, Date 31-3-18Chapter 3: Geometric al Optics-IWeek 14,Day 1, Date 2-4-18Chapter 4: Geometric al Optics-II Week 14,Day 2, Date 3-4-18Chapter 4: Geometric al Optics-IIWeek 14,Day 3, Date 4-4-18Chapter 4: Geometric al Optics-IIWeek 14,Day 4, Date 5-4-18Chapter 4: Fiber OpticsWeek 14,Day 5, Date 6-4-18Chapter 4: Fiber OpticsWeek 14,Day 6, Date 7-4-18Chapter 4: Fiber Optics

Week15,Day 1 Date 9-4-18Chapter 4: Fiber OpticsWeek15, Day 2, Date 10-4-18Chapter 4: Fiber OpticsWeek 15, Day 3, Date 11-4-18Chapter 4: Fiber OpticsWeek 15, Day 4, Date 12-4-18Chapter 4: Fiber OpticsWeek 15, Day 5, Date 13-4-18Annual Prize DistributionWeek 15, Day 6, Date 14-4-18Chapter 4: Fiber OpticsWeek 16, Day 1, Date 16-4-18

RevisionWeek 16, Day 2, Date 17-4-18RevisionWeek 16, Day 3, Date 18-4-18HolidayWeek 16, Day 4, Date 19-4-18RevisionWeek 16, Day 5, Date 20-4-18RevisionWeek 16, Day 6, Date 21-4-18RevisionWeek 17,day 1, Date 23-4-18RevisionWeek 17, Day 2, Date 24-4-18RevisionWeek 17, Day 3, Date 25-4-18Revision

Name of the Assistant Professor: Dr. Nidhi Bansal

Class and Section: B.Sc.-I (Semester-II) (Semiconductor Devices, Paper-II)

Subject Lesson Plan: 18 weeks (from January 2018 to April 2018)

Week 1Chapter 1: PrerequisitesAssignmentsWeek 1, Day 4, Date 4-1-2018Chapter 1: SemiconductorsWeek 1, Day 5, Date 5-1-2018Chapter 1: SemiconductorsWeek 1, Day 6, Date 6-1-2018Chapter 1: SemiconductorsWeek 2, Day 4, Date 11-1-18Chapter 1: SemiconductorsWeek 2, Day 5, Date 12-1-18Chapter 1: SemiconductorsWeek 2, Day 6, Date 13-1-18Swaran Jayanti Hawan and LohriWeek 3, Day 4, Date 18-1-18Chapter 1: SemiconductorsAssignment-1 (Intrinsic and Extrinsic Semiconductors, LED, Zener Diode)Week 3, Day 5, Date 19-1-18Chapter 1: SemiconductorsWeek 3, Day 6, Date 20-1-18Chapter 1: SemiconductorsWeek 4, Day 4, Date 25-1-18Chapter 1: SemiconductorsWeek 4, Day 5, Date 26-1-18HolidayWeek 4, Day 6, Date 27-1-18Class TestWeek 5: Day 4, Date 1-2-2018Class testWeek 5, Day 5, Date 2-2-18 Chapter 2: TransistorsWeek 5, Day 6, Date 3-2-18 Chapter 2: TransistorsWeek 6, Day 4, Date 8-2-18 Chapter 2: TransistorsWeek 6, Day 5, Date 9-2-18 Inter College CompetitionWeek 6, Day 6, Date 10-2-18 Chapter 2: TransistorsWeek 7, Day 4, Date 15-2-18 RevisionWeek 7, Day 5, Date 16-2-18 Chapter 2: TransistorsWeek 7, Day 6, Date 17-2-18 Chapter 2: Transistors

Week 8, Day 4, Date 22-2-18 Chapter 2: TransistorsWeek 8, Day 5, Date 23-2-18 Chapter 2: TransistorsWeek 8, Day 6, Date 24-2-18 Chapter 3: Transistors AmplifiersWeek 10: Day 4, Date 8-3-18 Chapter 3: Transistors AmplifiersWeek 10: Day 5, Date 9-3-18 Chapter 3: Transistors AmplifiersWeek 10: Day 6, Date 10-3-18 Chapter 3: Transistors AmplifiersWeek 11, Day 4, Date 15-3-18Chapter 3: Transistors AmplifiersWeek 11, Day 5, Date 16-3-18Chapter 3: Transistors AmplifiersWeek 11, Day 6, Date 17-3-18Chapter 3: Transistors AmplifiersWeek 12 , Day 4, Date 22-3-18Chapter 3: Transistors AmplifiersWeek 12 , Day 5, Date 23-3-18HolidayWeek 12 , Day 6, Date 24-3-18Class TestWeek 13,Day 4, Date 29-3-18HolidayAssignment-2 ( Classification of amplifiers and negative feedback)Week 13,Day 5, Date 30-3-18Chapter 4: OscillatorsWeek 13,Day 6, Date 31-3-18Chapter 4: OscillatorsWeek 14,Day 4, Date 5-4-18Chapter 4: OscillatorsWeek 14,Day 5, Date 6-4-18Chapter 4: OscillatorsWeek 14,Day 6, Date 7-4-18Chapter 4: OscillatorsWeek 15, Day 4, Date 12-4-18Chapter 4: OscillatorsWeek 15, Day 5, Date 13-4-18Annual Prize DistributionWeek 15, Day 6, Date 14-4-18Chapter 4: OscillatorsWeek 16, Day 4, Date 19-4-18RevisionWeek 16, Day 5, Date 20-4-18RevisionWeek 16, Day 6, Date 21-4-18Revision