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APPSC Asst Controller Legal Metrology, Syllabus Looking for the syllabus of APSC assistant controller of legal Metrology.. Please tell me from where can i get it? Regards |
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Re: General Studies and Mental Ability APPSC Syllabus Current Events : national and international both General Science: Geography: World and India particularly emphasis on Andhra Pradesh Indian Economy and Politics : Keeping Indian System in Mind History of India : social, economic, cultural and political aspects special focus on AP Mental ability – reasoning and inferences. |
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Physics Syllabus of APPSC Asst Controller Legal Metrology (Mechanics and relativity, Waves and Oscillations, Thermal Physics, Optics) conservative force. Conservation laws - collisions - impact parameter force and potential energy gyroscope. Central forces - motion under inverse square law - gravitational force Kepler's laws. Motion of satellites. Motion of fluids - streamline and turbulent flow. Bernoulli's equation with simple applications - Reynolds number. Newtons laws of motion precession of a top rotating frames of reference - coriolis force. Angular momentum scattering cross-section Laboratory and Centre of mass reference frames. Transformations between them. Rutherford scatterering. Motion of a rocket. Rigid body dynamics - Moment of inertia of simple regular bodies torque Galelean relativity, special theory of relativity addition of velocities Lorentz transformations Time duration and length contraction Michelson - Morley experiment variation of mass with velocity - mass energy equivalence. Oscillations, Simple harmonic motion, progressive and stationary waves. carnot's cycle. Isothermal and adiabatic processes. Thermodynamic potentials critical constants. Damped harmonic Oscillator Doppler effect.Laws of thermodynamics equipartion theorem Forced oscillations and resonance. Wave equation group velocity harmonic solutions. Plane and spherical waves Maxwells relations. Claussius - clapeyrons equation joule - Thomson effect. Kinetic theory of gases. Maxwell's velocity distribution phase velocity production of low temperature - adiabatic demagnetization - negative temperature. Vander waals equation Rayleigh-jeans and plancks laws. Solar constant Sahas theory of thermal ionization - stellar spectra specific heat of gases. Mean free path. Brownian motion specific heat of solids - Einstein and Debye'stheories. Black body radiation Wien's superposition of waves and beats circular circular and rectangular apperture Dispersive power Resolving power double refraction elleptic polarisation Huygens principle interference Newton's rings. Michelson's interferometer. Diffraction - Fresnel and Fraunhoffer diffraction. Diffraction by straight edge Nicol prism plane grating Polarisation by reflection quarter and half wave plates. Laser principle - spontaneous and stimulated emission of Radiation. He-Ne Rayleighs criterion. X-ray diffraction and Bragg's law. Polarisation - Plane Ruby and semiconductor diode lasers. Coherence. Diffraction as Fourier transformation. Holography and applications. single and double slits young's experiment interference in thin films (Electricity & Magnetism, Modern Physics and Electornics) Coulomb's Law Electric field electric potential. Poissons and Laplace equations and solutions for homogeneous dielectric Faradays and Lenz's laws. Self and mutual inductance Gauss's Law induction coil and transformer. magnetic induction and field strength Biot savarts law and applications. Electromagnetic induction point charge and infinite conducting plane. Magnetic shell uncharged conducting sphere in a uniform field Alternating currents L-R antiferro and ferri magnetism (Qualitative features only). Langevin's theory of paramagnetism C-R electric polarisabilities and their variations with temperature. ferro ionic L-C-R circuits. Series and parallel resonance Nuclear magnetism. Dielectric materials - Capacitative with dielectric material as medium; electric polarisation; electronic para pointing vector. Magnetic materials - Dia Q-factor. Electromagnetic waves - Maxwells equations. Transverse nature of e-m waves Weiss theory of ferromagnetism. Ferro magnetic Domains Hysterisis Bohr's model electron spin fine structure of spectral lines. J-J and L-S coupling schemes. Pauli's exclusion principle Moseley's Law. Gross and fine structure of Band spectra Paschenback effects Raman effect. sommerfeld extension. Explanation of atomic spectra. Stern-Gerlach experiment space quantization spectral terms spectral terms of two equivalent and non-euqivalent electorns Stark effect. Characteristic X-rays vector atom model Zeeman Black body radiation Compton effect de Broglie hypothesis. Wave-particle duality eigen functions and eigen values. Physical meaning of eigen function Rayleigh Jeans and Planck's Laws of radiation. Photo electric effect and Einstein's Explanation Schrodinger equation Solution of Schoedinger equation for 1) particle in a box 2) potential step 3) harmonic oscillator 4) hydrogen atom. uncertainity principle Wien Radioactivity alpha beta and gamma rays discovery of Neutron. Mass spectrometers. Nuclear binding energy fusion cycles. Elementary particles and their classification. Strong Gammow's theory of alpha decay. Laws of radioactivity. Radioactive equilibrium. Aritificial radioactivity - Rutherfords experiment nuclear reactors. Nuclear fusion semi-emperical mass formula. Nuclear fission Weak and elector-magnetic interactions. Particle accelerators - Cyclotron and linear accelerators. Basic experimental ideas of superconductivity. Band theory of solids Conductors forward and reverse bias. Diode as a rectifier. Transistor - different configurations of transistor insulators and semi conductors. Intrinsic and extrinsic semi conductors; p-n junction diode OR NOT Transister parameter amplifier. Transistor oscillator. Modulation and detection. Transistor receiver. Basic principle of television. Digital principles - Logic gates - AND XOR gates - truth tables. |