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Explain and give an expression for electrical conductivity based on quantum free electron theory?-engineering physics1 AnswerWhat are the Merits of quantum free electron theory?-engineering physics1 AnswerExplain Quantum free electron theory-engineering physics1 AnswerExplain the failure of classical free electron theory.-engineering physics1 AnswerUsing the concept of free electrons in a conductor, derive the expression for the conductivity of a wire in terms of number density and relaxation time. Hence obtain the relation between current density and the applied electric field E. (Physics CBSE 2018)1 AnswerIs quantum physics helpful in making quantum computers?-engineering physics1 AnswerWhich is the best physics book to study quantum physics?1 AnswerWhich physical property of the medium governs the response of Ground Penetrating Radar (GPR)? GATE-Geology and Geophysics-Question-20121 AnswerWrite the expression for the de Broglie wavelength associated with an electron accelerated through a potential V. (Physics CBSE 2018)1 AnswerWhat is meant by conductivity of Semi conducting materials?engineering physics1 AnswerIf ð is the dimensionality of a free electron gas, the energy (ð¸) dependence of density of states is given by ð¸12ðâð, where ð is ________.0 AnswerWhat are the application of Schrodinger wave equation for a free particle in a potential well of infinite depth ?-engineering physics1 AnswerWhat is the amount of work done by an electron moving with half the speed of light in empty space free of all forces and for from all matters? Physics Cbse class 11 1 AnswerDerive the expression for drift velocity of free electrons in a conductor in terms of relaxation time (Physics CBSE 2018)1 AnswerA n optical pulse containing 6 Ã 106 photons is incident on a photodiode and 4.5 Ã 106 electron-hole pairs are created. The maximum possible quantum efficiency (in %) of the photodiode is _______ .0 AnswerWhat is mean free path?-engineering physics.1 AnswerA two-state quantum system has energy eigenvalues Â±ð corresponding to the normalized states |ðÂ±â©. At time ð¡=0, the system is in quantum state 1â2[|ð+â©+ |ðââ©]. The probability that the system will be in the same state at ð¡=â/(6ð) is ________ (up to two decimal places).0 AnswerThe speed of an electron is measured to be 300 m sï1 with an uncertainty of 0.01%. The fundamental accuracy with which the position of the electron can be determined simultaneously with the speed in the same experiment is _________ mm (give answer up to 2 decimal places)0 AnswerAmongst electrical resistivity (ð), thermal conductivity (ð ), specific heat (ð¶), Youngâs modulus (Y), and magnetic susceptibility (ð), which quantities show a sharp change at the superconducting transition temperature? 1 AnswerGive an formal Introduction to Nano Science,?-engineering physics1 Answer
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