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 PRACTICAL (WITH ASSIGNMENT & TESTS) TOPIC DAY DAY To find the time 1 Wave motion period of a simple 2 Transverse and longitudinal wave motion with examples 1 1 pendulum 3 Displacement, amplitude, time period, frequency 4 Wavelength, wave velocity To determine and 5 Relationship among wave velocity verify the time period 6 Frequency and wave length 2 2 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 viva-voce 3 3 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 4 Reflection and refraction with laws, refractive index, lens between voltage and 15 formula & power of lens current. 16 Total internal reflection and its applications, To verify laws of 17 Critical angle and conditions for total internal reflection resistances in series 18 Microscope, Telescope and Uses 5 5 combination. 19 Revision 20 Sessional Test 21 Coulombs law, unit charge To verify laws of 22 Electric field, Electric lines of force & Electric flux, resistance in parallel 6 6 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 & 26 Dielectric, its effect on capacitance, dielectric break down 7 7 viva-voce 27 Problem solving and Assignment 28 Revision 29 Electric Current and its Unit To find resistance of 30 Direct and alternating current galvanometer by half 8 8 31 Resistance and Specific Resistance deflection method 32 Conductance
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
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