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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.
Define the working of Optical-Fiber Infrasound Sensors. Optical-Fiber Infrasound Sensors: An OFIS comprises a sealed hose and a fiber-optic Mach-Zehnder interferometer
its characteristic and working
Explain displacement x(t) is known as displacement and it denotes the position of a body at time. If the displacement is positive then that body is to the right of the chosen
It is the ratio of the internal electric field induced by the charges on the surface on the dielectric when an external field applied to the polarization of the dielectric.
The forced harmonic oscillations have same displacement amplitude at frequencies ω 1 = 400 Hz and ω 2 = 800 Hz. Evaluate the resonance frequency at which the displacement is maxi
Determine the weight of a body. Principle: When a spring is fixed at one end and a force is applied to the other end the stretching of the spring is proportional to the applie
What is the shortest possible time in which a bacterium could travel a distance of 8.4 cm across a Petri dish at a constant speed of 3.5 mm/s?
Is it possible to see your whole body in a flat, planar mirror that is LESS THAN half your height if the mirror is at an angle? (i.e. not parallel to your body)
Photon flux
a) Explain the magnetic effects of current? b) Do the diagram to show the direction of motion of the conductor:
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