Indian Certificate of Secondary Education (ICSE) examination is conducted for class 10th, under aegis of Council for the Indian School Certificate Examinations. CISCE is a non-governmental board of school education in India, it was established in 1958 by the University of Cambridge Local Examinations Syndicate. Generally, it is considered as the toughest board exam in India.

TOPIC SUB- TOPIC DESCRIPTION  
ELECTROSTATICS COULOMB’S LAW AND ELECTRIC FIELD Coulomb’s law, concept of electric field, Understanding electric field variation due to two different charges and Electrostatics graph plotting of electric field variations, Electric field calculations due to different forms of continuous charge distributions and Electric dipole and electric field due to it and discussion of various illustrations on Coulomb’s law and electric field.
  ELECTRIC FLUX AND GAUSS’S LAW Electric flux , Gauss’s law, Gauss’s law applications and problems discussions, Electric flux problems related to Gauss’s law and discussion of various illustrations on Electric Flux and gauss’s law.
  ELECTRIC POTENTIAL Electric potential, Equipotential surface , electric potential due to charged conducting and non-conducting sphere, Graphical problems related to potential , electric potential due to a dipole, Concept and theory of electric dipole and problems discussion and discussion of various illustrations on Coulomb’s law and electric potential.
  CAPACITORS Basic theory of capacitors, Combination of capacitors and Equivalent capacitance, Analysing capacitor circuits, Dielectric theory and numerical, and discussion of various illustrations on Coulomb’s law and capacitors.
CURRENT ELECTRICITY DRIFT VELOCITY Theory and problems of drift velocity, resistance and resistivity and discussion of various illustrations on drift velocity.
  ELECTRICAL CIRCUITS AND EQUIVALENT RESISTANCE Combination of resistance and Equivalent resistance , Kirchhoff’s law and its application in circuits, problems of resistance and battery involving kirchoff law, different combination of batteries, Cassese of infinite resistance , star delta theorem, Discussion on charging and discharging of capacitorsand discussion of various illustrations on electrical circuits and equivalent resistance.
  ELECTRICAL MEASURING INSTRUMENTS Ammeter and voltmeter and meter bridge theory and problem discussions, Meter bridge related problem discussion and discussion of various illustrations on electrical measuring instruments.
  THERMAL POWER Theory of electric power and energy, Maximum current through a combination of batteries and discussion of various illustrations on thermal power.
MAGNETISM SOURCES OF MAGNETIC FIELD , BIOT SAVART LAW AND AMPERE’S LAW Biotsavart law, problems of Biotsavart law and discussion of amperes law theory and applications of Amperes law and discussion of various illustrations on magnetic field, biotsavart law and ampere’s law.
  MOTION OF A CHARGED PARTICLE IN MAGNETIC FIELD motion of charged particle in magnetic field , Problem discussions related to motion of charged particle in a magnetic fieldand discussion of various illustrations on motion of a charged particle.
  FORCE ON A CURRENT CARRYING WIRES force on current element , force on two infinite parallel current carrying wires, Magnetic force on a loop carrying current in a given magnetic field, Discussion of different illustrations related to force on current carrying wires of different shapes and placed in magnetic field and discussion of various illustrations on force on a current carrying wires.
  MAGNETIC DIPOLE Rotation of a non-conducting body in magnetic field, dipole moment of a ring, dipole moment of closed loops of different shapes, torque experienced by current carrying loop and discussion of various illustrations on magnetic dipole.
ELECTROMAGNETIC INDUCTION FARADAYS LAWS , LENZ’S LAW Magnetic flux, discussion of calculation of magnetic flux in different cases, concept of electromagnetic induction, Faraday’s laws and lenz’s law, Cases of closed loop wires of different shapes being associated with flux and calculation of resulting emfand discussion of various illustrations on faradays laws and lenz’s law.
  MOTIONAL EMF Discussion of concept of Motional emf , discussion of various illustrations to learn the application of the concept of motion emf.
  INDUCED ELECTRIC FIELD Induced Electric field discussion of theoretical concept and discussion of various illustations
  INDUCTANCE Concept of inductance, mutual inductance, self-inductance, inductors in series and parallel, L R circuitsand discussion of various illustrations on inductance.
  LR CIRCUITS AND LC OSCILLATIONS Current variation in a LR circuit with time, potential difference variation across an inductor with time, magnetic energy and energy density, L.C oscillations theoretical concept and problem discussionsand discussion of various illustrations on LR circuits and LC oscillations.
ALTERNATING CURRENT AC CURRENT AC current Theory and concept AC generator , RMS value of current, concept and use of phasor diagrams, A C Circuits concept of reactance, impedance, power in AC circuits, theory of transformer, resonance in LC Circuits and LCR circuitsand discussion of various illustrations on AC current.
GEOMETRICAL OPTICS REFLECTION ON CURVED SURFACES Ray Optics, cartesian convention, real and virtual images, reflection on curved surfaces, image formation in concave mirror, convex mirror, Discussion of problems based on curved mirrors optics and discussion of various illustrations on reflection on curved surfaces.
  REFRACTION FROM PLANE SURFACE Theory and concepts of REFRACTION, refractive index, snell's law, real and apparent depth, total internal reflection and discussion of various illustrations on refraction from plane surface.
  OPTICS “GLASS SLAB” Refraction in a glass slab, apparent shift due to glass slab, slab and mirror combination, and discussion of various illustrations on refraction and discussion of various illustrations on glass slab.
  OPTICS “LENSES” Refraction at spherical surface, image formation through lenses and discussion of various illustrations on lenses and mirrorsand discussion of various illustrations on lenses.
  OPTICS “PRISMS” Condition of no emergence and grazing emergence, of minimum deviation, theory of thin prisms, dispersion of light, combination of prismsand discussion of various illustrations on prisms.
WAVES OPTICS THEORY OF INTERFERENCE Wave Optics Huygens wane theory, wave front, theory of interference,constructive and destructive interference, conditions for maximum and min intensity
  YOUNG’S DOUBLE SLIT EXPERIMENT Coherent sources, division of wavefront, fresnelsbiprism, Lloyds mirror, problem discussion related to bright and dark fringes, Young’s double slit experiment, Shape of fringes, displacement of fringes by introduction of a thin transparent film in front of a fringe, dichromatic light sent through a double slit experiment, Optical path when a thin film is introduced in the path of a ray, Llyod mirror, fresnelsbiprism, radiation pressure and intensity, and discussion of various illustrations on interference.
MODERN PHYSICS RADIATION FORCES Radiation pressure and intensity, Intensity of light, Force imported by radiation on any surface and discussion of various illustrations on radiation pressure.
  PHOTOELECTRIC EFFECT Photoelectric effect., Einstein’s theory of photoelectric effect and discussion of various illustrations on photoelectric effect.
  BOHR’S ATOMIC THEORY Bohr’s model theory, Bohr’s radius, Emission of radiations, Bohr’s model theory, Bohr’s radius, Emission of radiations, Problems related to energy levels of electrons in different orbits and discussion of various illustrations on Bohr’s atomic theory.
  X-RAYS Theory and Production of X-Rays, Properties of x-rays, X – ray spectra, Characteristic spectrum or line spectrum and discussion of various illustrations on X-rays.
  NUCLEAR PHYSICS Nuclear Physics, Properties of Nucleus, Size of nucleus, Nuclear stability theory, Nuclear stability chart, Binding energy, Binding energy per nucleon and discussion of various illustrations on nuclear physics.
  RADIOACTIVITY Theory of radioactivity, Decay constant, Decay curve,Problem discussion based on half-life and decay constant and discussion of various illustrations on radioactivity.
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