2nd Year Physics Test Series

2nd Year Physics Test Series (Full Syllabus)

12th Class Smart Tests Series by NOTESPK

Physics Chapter 1

Physics Chapter 2

Physics Chapter 3

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12th Class Physics Test Series:

 

1st Quarter Tests for Class 12 Physics / 2nd Year Physics Tests / 12th Class Physics 1st term Exams / 2nd Year December or January Tests. Click for 1st Quarter Tests

  • Chapter Details (12th Class Physics)
  • U-12  Electrostatics
  •  12.01   Coulomb‛s Law
  •  12.02   Fields of Force
  •  12.03   Electric Field Lines
  •  12.04   Applications of Electrostatics
  •  12.05   Electric Flux
  •  12.06   Electric Flux Through a Surface Enclosing a Charge
  •  12.07   Gauss’s Law
  •  12.08   Applications of Gauss’s Law
  •  12.09   Electric Potential
  •  12.10   Electron Volt
  •  12.11   Electric and Gravitatonal Forces (A Comparison)
  •  12.12   Charge on an Electron By Millikan‛s Method
  •  12.13   Capacitor
  •  12.14   Capacitance of a Parallel Plate Capacitor
  •  12.15   Electric Polarization of Dielectrics
  •  12.16   Energy Stored In a Capacitor
  •  12.17   Charging and Discharging a Capacitor
  •  U-13  Current Electricity
  •  13.01   Electric Current
  •  13.02 Source of Current
  •  13.03   Effects of Current
  •  13.04   Ohm‛s Law
  •  13.05   Resistivity and Its Dependence Upon Temperature
  •  13.06   Colour Code For Carbon Resistances
  •  13.07   Electrical Power and Power Dissipation in Resistors
  •  13.08   Electromotive Force (EMF) and Potential Difference
  •  13.09  Kirchhoff‛s Rules
  •  13.10   Wheatstone Bridge
  •  13.11   Potentiometer
  •  U-14  Electromagnetism
  •  14.01   Magnetic Field Due to Current In a Long Straight Wire
  •  14.02   Force on a Current-Carrying Conductor in a Uniform Magnetic Field
  •  14.03   Magnetic Flux and Flux Density
  •  14.04   Ampere‛s Law and Determination of Flux Density B
  •  14.05   Force on a Moving Charge in a Magnetic Field
  •  14.06   Motion of Charged Particle in an Electric and Magnetic Field
  •  14.07   Determination of e/m of an Electron
  •  14.08   Cathode Ray Oscilloscope
  •  14.09   Torque On a Current-Carrying Coil
  •  14.10   Galvanometer
  •  14.11   Avo Meter-Multimeter
  •  U-15  Electromagnetic Induction
  •  15.01   Induced EMF and Induced Current
  •  15.02  Motional EMF
  •  15.03   Faraday‛s Law and Induced EMF
  •  15.04   Lenz‛s Law and Direction of Induced EMF
  •  15.05   Mutual Induction
  •  15.06   Self Induction
  •  15.07   Energy Stored in an Inductor
  •  15.08   Alternating Current Generator
  •  15.09   D.C. Generator
  •  15.10   Back Motor Effect in Generators
  •  15.11   D.C. Motor
  •  15.12   Back EMF Effect in Motors
  •  15.13   Transformer
  •  U-16  Alternating Current
  •  16.01  Alternating Current
  •  16.02  A.C. Circuits
  •  16.03  A.C. Through a Resistor
  •  16.04  A.C. Through a Capacitor
  •  16.05  A.C. Through an Inductor
  •  16.06  Impedance
  •  16.07  R-C and R-L Series Circuits
  •  16.08  Power in A.C. Circuits
  •  16.09  Series Resonance Circuit
  •  16.10  Parallel Resonance Circuit
  •  16.11  Three Phase A.C. Supply
  •  16.12  Principle of Metal Detectors
  •  16.13  Choke
  •  16.14  Electromagnetic Waves
  •  16.15  Principle Generation, Transmission and Reception of Electromagnetic Waves
  •  16.16  Modulation
  •  U-17  Physics of Solids
  •  17.01  Classification of Solids
  •  17.02  Mechanical Properties of Solids
  •  17.03  Electrical Properties of Solids
  •  17.04  Superconductors
  •  17.05  Magnetic Properties of Solids
  •  U-18  Electronics
  •  18.01  Brief Review of p-n Junction and Its Characteristics
  •  18.02  Rectification
  •  18.03  Specially Designed p-n Junctions
  •  18.04  Transistors
  •  18.05  Transistor as an Amplifier
  •  18.06 Transistor as a Switch
  •  18.07  Operational Amplifier
  •  18.08  Op-Amp as inverting Amplifier
  •  18.09  Op-Amp as Non-Inverting Amplifier
  •  18.10  Op-Amp as a Comparator
  •  18.11  Comparator as a Night Switch
  •  18.12  Digital Systems
  •  18.13  Fundamental Logic Gates
  •  18.14  Other Logic Gates
  •  18.15  Applications of Gates in Control Systems
  •  U-19  Dawn of Modern Physics
  •  19.01  Relative Motion
  •  19.02  Frames of Reference
  •  19.03  Special Theory of Relativity
  •  19.04  Black Body Radiation
  •  19.05  Interaction of Electromagnetic Radiation With Matter
  •  19.06  Annihilation of Matter
  •  19.07  Wave Nature of Particles
  •  19.08  Uncertainty Principle
  •  U-20  Atomic Spectra
  •  20.01  Atomic Spectra
  •  20.02  Bohr‛s Model of the Hydrogen Atom
  •  20.03  Inner Shell Transitions and Characteristic X-Rays
  •  20.04  Uncertainty Within The Atom
  •  20.05  Laser
  •  U-21  Nuclear Physics
  •  21.01  Atomic Nucleus
  •  21.02  Isotopes
  •  21.03  Mass Defect and Binding Energy
  •  21.04  Radioactivity
  •  21.05  Half-Life
  •  21.06  Interaction of Radiation With Matter
  •  21.07  Radiation Detectors
  •  21.08  Nuclear Reactions
  •  21.09  Nuclear Fission
  •  21.10  Fusion Reaction
  •  21.11  Radiation Exposure
  •  21.12  Biological Effects of Radiation
  •  21.13  Biological and Medical Uses of Radiation
  •  21.14  Basic Forces of Nature
  •  21.15  Building Block of Matter

2nd Year Physics Test Series.

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