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  #1  
5th September 2015, 11:56 AM
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Kcet omr

Hello sir I am Utkarsh , preparing for Karnataka Entrance Exam for medical so can you show me how is the OMR sheet of this exam look like????Also provide me the syllabus of physics of CET exam
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  #2  
5th September 2015, 11:58 AM
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Join Date: May 2012
Re: Kcet omr

KCET is a common entrance test conducted in Karnataka for the admission in medical and engineering

The CET OMR Sheet-Specimen Copy is look likes this:
CET OMR Sheet-Specimen Copy



Here as per your demand I am providing you the syllabus of physics of CET exam
1. WAVES AND SOUND
• Waves: formation of waves, types of waves, wave amplitude, frequency,
wave length and velocity - relation n =f l - equation for progressive wave,
intensity, super position of waves. Problems
• Sound: Properties, velocity in gases, Newton - Laplace formula, factors affecting velocity -
intensity and loudness, units, Noise and Music beats as an example of superposition of waves,
Doppler effect, formula for general case, discussion for individual cases. Problems
• Stationary waves: Modes of vibration in pipes, laws of vibration of stretched strings,
sonometer, Problems.
• Ultrasonics: Production (mention of methods), properties and applications
• Acoustics of buildings: reverberation, Sabine's formula (mention), requisites for good
acoustics and methods of achieving them.
2. PHYSICAL OPTICS
• Introduction to theories of light
• Interference of light: Coherent sources, Young's double slit experiment, expression for path
difference, conditions for constructive and destructive interference, width of interference
fringes. Problems
• Diffraction of light: Fresnel and Fraunhofer diffraction, Fraunhofer diffraction through a
single slit (qualitative explanation), limit of resolution, Rayleigh's criterion, resolving
powers of telescopes and microscope. Problems
• Polarisation of light: transverse nature of light waves, methods of producing plane polarised
light, Brewster's law, double refraction, dichroism, polariods and their applications, optical
activity and specific rotation. Problems.
3. ELECTROSTATICS
• Electric charge: Coulomb's law, dielectric constant, SI unit of charge, electric intensity and
potential, relation connecting them, derivation of expression for potential at a point due to an
isolated charge. Gauss theorem and applications, intensity at a point (a) due to a charged
spherical conductor (b) near the surface of a charged conductor, Problems
• Capacitors: parallel plate, spherical, cylindrical, expressions for the capacitances, principle
of a capacitor, effect of dielectric, energy stored in a capacitor, combination of capacitors,
uses, Problems
4. CURRENT ELECTRICITY
• Different effects of electric current: potential difference, resistance, colour code, Ohm's law
and its limitations, variation of resistance of a conductor with length- area of cross section
and temperature, resistivity, superconductivity, thermistor and its applications, combination of
resistors, EMF of a cell, current in a circuit, branch currents, grouping of cells, expression
for different cases, potentiometer, problems
• Kirchhoff's laws: Condition for balance of a Wheatstone's bridge, metre bridge, Problems
• Magetic effect of current: direction of field, right hand clasp rule and magnitude - Laplace's
law, force on a charged particle moving across a magnetic field (qualitative), magnetic field
strength, flux density, magnetic flux density at a point on the axis of (a) a circular coil
carrying current (derivation), (b) a solenoid carrying current (without derivation), tangent law,
tangent galvanometer (with theory), Problems
• Force on a current carrying conductor in a magnetic field: Fleming's left hand rule, force
between two parallel conductors carrying current, definition of ampere, suspended coil
galvanometer (with theory), conversion of galvanometer into ammeter and voltmeter, Problems
• Magnetic materials: Intensity of Magnetising field (H), intensity of magnetisation (I) and
magnetic induction (B) - relation connecting them, permeability and susceptibility, properties of
dia, para and ferromagnetic substances, hysteresis cycle and its significance, retentivity and
coercivity, uses of magnetic materials.
• Electromagnetic induction: Laws, self and mutual induction, induction coil (principle),
principle and working of a generator, expression for sinusoidal emf, peak, mean and rms values,
impedance, current in R, L & C and RLC circuits, power factor, choke and transformer (principle),
principles of a ac meters (moving iron and hot wire types) Problems.
5. MODERN PHYSICS
• Introduction to modern physics: types of spectra, E. M. spectrum, types of electron emission.
• Quantum theory of radiation: Explanation and applications of photoelectric effect, atom models,
Bohr's theory of hydrogen atom, derivation of expressions for orbital radius, orbital velocity,
energy of electron and wave number, spectral series, energy level diagram, de Broglie matter
waves, Problems.
• Nuclear Physics: Nuclear size, charge, mass and density, constituents, amu in terms of electron
volts, magnetic moment and nuclear forces, mass defect and binding energy, nuclear fission, chain
reaction, critical size, nuclear reactor, nuclear fusion, stellar energy, radiation hazards,
Problems.
• Radioactivity: Properties of radioactive radiations, decay law, decay constant, Soddy's group
displacement law, half life and mean life, expression for half life, radio isotopes and their
uses, Problems.
• Solid state electronics: Band theory of solids (qualitative), classification into conductors,
insulators and semi conductors, p-type and n-type semi conductors, characteristics of p-n
junction, rectifying action of diode, half wave and full wave rectifiers. Transistors, pnp and
npn, characteristics, relation between alph and beta transistors as an amplifier (qualitative
-npn in CE mode)


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