LESSON PLAN FOR EVEN SEM SESSION
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1 LESSON PLAN FOR EVEN SEM SESSION NAME OF ASSISTANT PROFESSOR : NEHA DHIMAN CLASS/SECTION : BSC -II SEM(B,C,D,E,F) : B.SC- II SEM (S) SUBJECT : PHYSICS (PAPER 2) UNIT/PART I DATE DAY2 DATE DATE DATE DATE DATE DATE DAY8 DATE ) Energy band in solid 1) Moment of inertia of a 2) Intrinsic semiconductor 3) Extrinsic semiconductor 1) Moment of inertia of a 4) Carrier mobilities and electrical resistivity of semiconductors 1) To study the characterstics of solar cell 1) Energy band in solid 1) To study the characterstics of solar cell 2) Intrinsic semiconductor 3) Extrinsic semiconductor 4) Carrier mobilities and electrical resistivity of semiconductors 5) Hall effect 6) Pn- junction diode and their characteristics 7) Zener and avalanche breakdown 8) Zener diode 1) modulus of rigidity by Maxwell needle 1) modulus of rigidity by Maxwell needle 1) Moment of inertia of a 2) Moment of inertia of Torsion Pendulum DATE DATE DATE ) Light emitting diode 10) Solar cell 5) Hall effect 6) Pn- junction diode and their characteristics 7) Zener and avalanche breakdown 8) Zener diode 1) To study the characterstics of solar cell 2) High resistance by substitution 1) modulus of rigidity by Maxwell needle 1
2 2 DATE DATE DAY 14 DATE ) Light emitting diode 10) Solar cell 11) Photoconduction 12) Photodiode 13) Pn junction as a rectifier 14) Half wave rectifier, full wave rectifier 2) young s modulus by bending of beam 2) Momen t of inertia of Torsion Pendulum 2) Moment of inertia of Torsion Pendulum 5 DATE DATE DATE DATE DATE ) Filter 2) High resistance by substitution 11) Photoconduction 2) High resistance by substitution 12) Photodiode 13) Pn junction as a rectifier 2) young s modulus by bending of beam 14) Half wave rectifier 2) young s modulus by bending of beam ---- DATE DATE SPORTS DAY DAY22 DATE DATE DAY 24 DATE UNIT/PART II DATE b) Full wave rectifier 3) E.C.E of hydrogen using an ) Filter 3) To draw forward and reverse bias characteristics of a semiconductor diode 1) Transistor 3) Surface tension by jeagers s 2
3 DAY2 DATE ) Working of PNP and NPN transistors 3) Surface tension by jeagers s DATE DATE DATE DATE DATE DAY8 DATE DATE DATE DATE DATE DATE ) Transistor 3) E.C.E of hydrogen using an 2) Working of PNP transistors 3) To draw forward and reverse bias characteristics of a semiconductor diode 2b) Working of NPN transistors 3) To draw forward and reverse bias characteristics of a semiconductor diode 3) Three of a transistor 3) Surface tension by jeagers s 4) Common base transistor 4) E.C.E of hydrogen using an 5) Common emitter transistor 4) Elastic constant by searle s 3) Three of a transistor 4) Common base transistor 4) Common emmiter transistor ASSIGNMENT I 4) Elastic constant by searle s 4) viscosity of water through a uniform capillary tube - 6) Common collector transistor 4) E.C.E of hydrogen using an 4 DATE ) Current relations in CB, CC and CE 3
4 DATE ) Elastic constant by searle s DATE ) Common collector transistor 5) g by bar pendulum DATE ) Current relations in CB, CC and CE 4) viscosity of water through a DATE DATE ) Current relations in CB, CC and CE 8) Advantages and disadvantages of C-E uniform capillary tube 4) viscosity of water through a uniform capillary tube 4) E.C.E of hydrogen using an DATE DATE DAY22 DATE DATE UNIT/PART III DATE DAY2 DATE DATE ) D.C load line 5) zener diode voltage regulation 10) Biasing of transistor 5) g by bar pendulum 8) Advantages and disadvantages of C-E 5) g by bar pendulum 9) D.C load line 10) Biasing of transistor 5) E.C.E of hydrogen using an 1) Amplifiers 2) CB transistor 1) Amplifiers 2) CB transistor amplifier 5) E.C.E of hydrogen using an 5) zener diode voltage regulation 3) CE transistor amplifier 5) zener diode voltage regulation DATE DATE DATE DATE
5 DAY8 DATE DATE DATE DATE DATE DATE DAY 14 DATE DATE DATE DATE DATE DATE DATE ) CC transistor amplifier 6) Inverse Square law by photocell 5) Coupling in amplifiers 6) Inverse Square law by photocell 6) Various s of coupling of amplifiers 3) CE transistor amplifier 4) CC transistor amplifier 6) Surface tension by jeager s 6) Surface tension by jeager s 5) Coupling in amplifier 5) E.C.E of hydrogen using an 6) Various s of coupling of amplifiers 6) moment of inertia of a torsion pendulum 6) Resistance capacitance coupling 6) Inverse Square law by photocell 6) Resistance capacitance coupling 7)A.C mains by sonometer 7) Feedback in amplifiers 6) Surface tension by jeager s 7) Resistance capacitance coupling 7) Frequency of a.c mains using sonometer 8 ) Feedback in amplifier 6) moment of inertia of a torsion pendulum 9) Advantages of negative feedback 6) moment of inertia of a torsion pendulum 8) Advantages of negative feedback 7) A.C mains by sonometer DATE ) Distortion in amplifiers 10) Emitter follower circuit 7) A.C mains by sonometer 5
6 DAY22 DATE DATE DAY 24 DATE CONDITIONAL TEST CONDITIONAL TEST 7) Frequency of a.c mains using sonometer 7) Frequency of a.c mains using sonometer DAY 25 DATE ) Distortion in amplifiers 10) Emitter follower circuit UNIT/PART IV DATE ) Introduction 2) Principle of oscillation DAY2 DATE DATE DATE DATE DATE DATE ) Classification of oscillators 4) Feedback in oscillators 8) Frequency of a.c mains using electrical vibrator -- 1) Introduction 2) Principle of oscillation 3) Classification of oscillators 5) Common base collector tuned oscillator DAY8 DATE DATE DATE ) Hartley oscillator 6) Hartley oscillator 8) Frequency of a.c mains using electrical vibrator 4) Feedback in oscillators 8) Frequency of a.c mains using electrical vibrator 1 5) Common base collector tuned oscillator 6
7 DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE ) Hartley oscillator 8) C.R.O 9) C.R.T 10) Working of C.R.O 10) Working of C.R.O 6) Hartley oscillator 8) C.R.O 9) C.R.T ) USES of C.R.O 12) DOUBT TAKEN DATE DAY22 DATE DATE ) Working of C.R.O 8) verification of inverse square law by photo cell 11) USES of C.R.O 12) DOUBT NEHA DHIMAN NAME OF TEACHER 7
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