PERFORMA OF LESSON PLAN NAME OF THE FACULTY : ANOOP SINGH DISCIPLINE : CSE (A), CIVIL, MECH.) (PR.) SEMESTER : SECOND SUBJECT : APPLIED PHYSICS LESSION PLAN DURATION : 15 WEEKS WORK LOAD PER WEEK : Lectures = 4+4 Practicals = 4+4+4 THEORY PRACTICAL WEEK LECTURE (WITH ASSIGNMENT & TESTS) PRACTICAL TOPIC DAY DAY 1 Wave motion To find the time 1 2 Transverse and longitudinal wave motion with examples 1 period of a simple 3 Displacement, amplitude, time period, frequency pendulum 4 Wavelength, wave velocity 5 Relationship among wave velocity To determine and 2 6 Frequency and wave length 2 verify the time period 7 Simple Harmonic Motion (SHM): definition, examples of Cantilever 8 Cantilever (definition ,formula of time period 9 Free, forced and resonant vibrations with examples 10 Acoustics of buildings – reverberation, reverberation time Checking of files & 11 Echo, noise, coefficient of absorption of sound, methods to 3 3 viva-voce control reverberation time 12 Ultrasonics – Introduction 13 Ultrasonics and their engineering applications To verify ohm’s laws 14 Problem solving and Assignment by plotting a graph 4 Reflection and refraction with laws, refractive index, lens 4 15 between voltage and formula & power of lens current. 16 Total internal reflection and its applications, 17 Critical angle and conditions for total internal reflection To verify laws of 5 18 Microscope, Telescope and Uses 5 resistances in series 19 Revision combination. 20 Sessional Test 21 Coulombs law, unit charge To verify laws of 22 Electric field, Electric lines of force & Electric flux, 6 6 resistance in parallel 23 Electric Intensity and Electric potential, Electric field intensity combination. 24 Gauss law, Capacitor and Capacitance 25 Series and parallel combination of capacitors Checking of & 7 26 Dielectric, its effect on capacitance, dielectric break down 7 27 Problem solving and Assignment viva-voce 28 Revision 29 Electric Current and its Unit To find resistance of 30 Direct and alternating current 8 8 galvanometer by half 31 Resistance and Specific Resistance deflection method 32 Conductance
33 Series and Parallel combination of Resistances Conversion of 34 Ohm’s law Galvanometer into an 9 9 35 Superconductivity and Heating effect of current Ammeter of given range. 36 Electric power, Electric energy and its units 37 Kirchhoff’s laws 10 38 Applications as Wheatstonebridge 10 Checking of files & 39 Revision, Problem solving viva-voce 40 Sessional Test 41 Introduction to magnetism, Types of magnetic materials To identify different 42 Dia, para and ferromagnetic materials with examples. 11 11 components like 43 Magnetic field, magnetic intensity resistance, capacitor, diode. 44 Magnetic lines of force, magnetic flux and their units 45 Electromagnetic induction Faraday’s Laws To study colour 46 Self and Mutual induction 12 12 coding scheme of 47 Energy bands, Insulator, semi conductor, conductor resistance. 48 Intrinsic and extrinsic semiconductors 49 p-n junction diode and its V-I characteristics 13 50 Diode as rectifier 13 Checking of files & 51 half wave and full wave rectifier semiconductor transistor; viva-voce pnp and npn 52 Application of semiconductor diodes LED) 53 Problem solving and Assignment 14 54 Lasers: full form, characteristics 14 Revision of practicals 55 Engineering and medical applications of lasers 56 Introduction to optical fibers & its Applications 57 Introduction to nanotechnology & its Application 15 58 Revision and discussion of previous year Q. Papers 15 Revision of practicals 59 Revision and discussion of previous year Q. Papers 60 Sessional Test