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Particle or wave forms of light are different models used to solve the physics in differnet situations. Generally, when concerned about the interfernece of light, at least before 3rd year university level, you can associated the wave concept with light, but the similar results can be getting with the particle theory, in which case all the path of the particles are summed up in a path integral formulation developed by richard feymann.Two models of light give the exactly the similar results in mathematics, only that one describes the physics in words better than the other in some specific situations.
susceptibility by quink''s method
For silicon the forbidden gap is (A) 1.1ev. (B) 0.25ev. (C) 0.5ev. (D) 0.7ev. Ans: For silicon the forbidden gap is 1.1ev.
Energy gap: 1.4ev at room temperature Its charactistics are very closely related to those of germanium. This is under stable, since Gallium is the third column neighbour and a
Production of electricity by pressure: Certain crystals and semiconductors produce an emf between two opposite faces when the mechanical pressure on them is either increased or
what are characteristics of resistances
Illustrate V - I graph for ohmic and non-ohmic materials. Give one example for each.
Q. Illustrate how do fireworks turn into shapes like hearts as well as stars? Answer:- The fireworks creators have worked several decades to figure these things out. There
Free Expansion process: In free expansion of gas, the gases enlarge in vacuum. Thus, work done Δw=0 In free expansion if state changes from 1 → 2 only the initial and final s
zeener diode definatoin
Explain about the transmission electron microscope. The Transmission Electron Microscope Transmission electron microscopy (TEM) is a microscopy method; a beam of electrons i
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