Topic 1 : Alpha-particle scattering and Rutherford’s model Topic 2 : Alpha –particle trajectory Topic 3 : Electron orbits Topic 4 : Atomic spectra Topic 5 : Spectral series Topic 6 : Bohr model of the hydrogen atom Topic 7 : Broglie’s explanation of Bohr’s second postulate of quantisation Multiple choice questions Questions and answers …
Topic 1 : Electron emission Topic 2 : Work functions of some metals Topic 3 : Photoelectric Effect – Hertz observations Topic 4 : Hallwach’s and Lenard’s observations Topic 5 : Experimental study of photoelectric effect Topic 6 : Factors on which the photoelectric current depends Topic 7 : Photoelectric effect and wave theory of …
Chapter 11 : Dual Nature of Radiation and Matter Read More »
Topic 1: Huygens principle Topic 2: Refraction of plane waves using Huygens principle Topic 3: Reflection of a plane wave by a plane surface Topic 4: The Doppler effect Topic 5: Blue shift and red shift Topic 6: Coherent and incoherent addition of waves Topic 7: Interference of light waves and Young’s experiment Topic 8: …
Topic 1: Reflection of light by spherical mirrors Topic 2: Sign convention Topic 3: Focal length of spherical mirrors Topic 4: The mirror equation Topic 5: Refraction Topic 6: Total internal reflection Topic 7: Total internal reflection in nature-Mirage Topic 8: Optical fibres Topic 9: Refraction at spherical surfaces and by lenses Topic …
Topic 1: Displacement current Topic 2: Electromagnetic waves Topic 3: Nature of electromagnetic waves Topic 4: Solved problem Topic 5: Electromagnetic spectrum Topic 6: Radio waves Topic 7: Microwaves Topic 8: Infrared waves Topic 9: Visible Topic 10: Ultraviolet rays Topic 11: X rays Topic 12: Gamma rays Multiple choice questions Questions and answers Important …
Topic 1: AC Voltage applied to a resistor Topic 2: Representation of AC current and voltage Topic 3: AC voltage applied to an inductor Topic 4: AC voltage applied to a capacitor Topic 5: AC voltage applied to a series LCR circuit Topic 6: Power in AC circuit: The power factor Topic 7: Oscillations Topic …
Topic 1: The experiments of Faraday and Henry Topic 2: Magnetic flux Topic 3: Faraday’s law of induction Topic 4: Lenz’s law and conservation of energy Topic 5: Motional electromotive force Topic 6: Energy consideration: A quantitative study Topic 7: Eddy currents Topic 8: Applications of Eddy current Topic 9: Inductance – Mutual inductance …
Topic 1: Earth acts as a magnet Topic 2: Bar magnet and field lines Topic 3: Bar magnet as an equivalent solenoid Topic 4: Magnetism and Gauss’s Law Topic 5: The Earth’s magnetism Topic 6: Magnetic declination and dip Topic 7: Magnetisation and magnetic Intensity Topic 8: Magnetic properties of materials – Diamagnetism Topic 9: …
Topic 1: Magnetic force Topic 2: Motion in a magnetic field Topic 3: Motion in combined electric and magnetic fields- cyclotron Topic 4: Magnetic field due to a current element, Biot-Savart law Topic 5: Magnetic field on the axis of a circular current loop Topic 6: Ampere’s circuital law Topic 7: The solenoid Topic 8: …
Topic 1: Electric current Topic 2: Electric currents in conductors Topic 3: Ohm’s law Topic 4: Drift of electrons and the origin of resistivity Topic 5: Limitations of Ohm’s law Topic 6: Resistivity of various materials Topic 7: Colour code of resistors Topic 8: Temperature dependence of resistivity Topic 9: Electrical energy, power Topic 10: …
