Completed
Multiplexers - I
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Classroom Contents
Physics
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- 1 Shift Registers - II
- 2 Shift Registers - I
- 3 Transistor - II
- 4 Transistor - I
- 5 Flip Flops - II
- 6 Flip Flops - I
- 7 Diode - II
- 8 Diode - I
- 9 Basics of Flip Flops
- 10 National Technology Day
- 11 Capacitor - II
- 12 Capacitor - I
- 13 Multiplexers - II
- 14 Multiplexers - I
- 15 Basics of Electronics Resistors - II
- 16 Basics of Electronics Resistors - I
- 17 Basics of Electronics - II
- 18 Basics of Electronics - I
- 19 Energy Conservation and Harvesting - II
- 20 Energy Conservation and Harvesting - I
- 21 Bar Pendulum Experiment - II
- 22 Simple Pendulum Experiment - I
- 23 e/m Ratio Experiment - II
- 24 e/m Ratio Experiment - I
- 25 Digital Systems - Logic Gates
- 26 Insight into Engineering
- 27 Polarimeter - II
- 28 Polarimeter - I
- 29 Cathode Ray Oscilloscope (CRO) - II
- 30 Cathode Ray Oscilloscope (CRO) - I
- 31 Cauchy's Constant - II
- 32 Cauchy's Constant - I
- 33 To Study The Characteristics of Solar Cell - II
- 34 To Study The Characteristics of Solar Cell - I
- 35 Hall Effect Experiment - II
- 36 Hall Effect Experiment - I
- 37 Diffraction Grating Experiment
- 38 Michelson Interferometer Experiment
- 39 Fresnel Biprism Experiment - II
- 40 Fresnel Biprism Experiment - I
- 41 Newton's Ring Experiment - II
- 42 Newton's Ring Experiment - I
- 43 Raman Spectroscopy - II
- 44 Raman Spectroscopy - I
- 45 Infrared Spectroscopy - I
- 46 Infrared Spectroscopy - II
- 47 UV/ Visible Spectroscopy - II
- 48 UV / Visible Spectroscopy - I
- 49 X-Ray Diffraction - XRD - IV
- 50 X-Ray Diffraction - XRD - III
- 51 X-Ray Diffraction - XRD - II
- 52 X-Ray Diffraction - XRD - I
- 53 Atomic Force Microscope - II
- 54 Atomic Force Microscope - I
- 55 STM - III
- 56 STM - II
- 57 Scanning Tunneling Microscopy - I
- 58 Scanning Probe Microscopy - STM
- 59 SEM & TEM - II
- 60 SEM & TEM - I
- 61 Carbon Nano Family - II
- 62 Carbon Nano Family-III
- 63 Carbon Nano Family - IV
- 64 Characterization of Nanomaterials : Scanning Electronic Microscopy (SEM)-I
- 65 Characterization of Nanomaterials : Scanning Electronic Microscopy (SEM) - II
- 66 Electron Microscopy
- 67 Characterization of Nanomaterials
- 68 Carbon Nano Family - I
- 69 Lithography Techniques - II
- 70 Lithography Techniques - I
- 71 Nanomaterial Synthesis - III
- 72 Nanomaterial Synthesis - II
- 73 Nanomaterials Synthesis
- 74 Nanoscience and Nantechnology
- 75 Investigating Nanomaterials Using X-ray Diffraction
- 76 Nano Scale Effects in Magnetic Materials
- 77 Thermodynamics
- 78 Classical Mechanics III
- 79 Non-Linear Optics
- 80 Classical Mechanics II
- 81 Classical Mechanics - I
- 82 Oscillatory Motion - II
- 83 Oscillatory Motion
- 84 Wave Motion
- 85 Types of Laser - III
- 86 Types of Laser - II
- 87 Types of Laser - I
- 88 Laser Physics - IV
- 89 Laser Physics - III
- 90 Laser Physics - II
- 91 Laser Physics - I
- 92 Optical Fiber -III
- 93 Optical Fiber - II
- 94 Optical Fiber
- 95 Superconductivity
- 96 Semiconductor Physics
- 97 Band Theory of Solid - II
- 98 Band Theory of Solid - I
- 99 Photoconductivity - III
- 100 Photoconductivity - II
- 101 Photoconductivity
- 102 Dielectrics
- 103 Solid State Physics - III
- 104 Solid State Physics - IV
- 105 Solid State Physics - II
- 106 Solid State Physics
- 107 Magnetic Properties - II
- 108 Magnetic Properties of Solid
- 109 Free Electron Theory
- 110 Quantum Mechanics - II
- 111 Basics of Quantum Mechanics - I
- 112 Diffraction
- 113 Polarization
- 114 Special Theory of Relativity
- 115 Basics of Quantum Mechanics
- 116 Quantum Nature of Light
- 117 Interference of Light - II
- 118 Interferences of Light
- 119 Fundamentals of Relativity
- 120 Modern Physics
- 121 Electromagnetic Physics
- 122 Electromagnetic Physics
- 123 Accelerator Physics
- 124 Radiological Physics
