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Could the light along a side emitting optic be a totally homogeneous?
Regardless of the assurances of several manufacturers, it is a total impossibility since it would clash with the laws of physics, as we identify them. Sequentially for an optic to display similar illuminance along a given length, this would have to be ideal: with no losses.
Immediately light is produced by an emitter starts to decay, in a same fashion so a bullet starts to lose speed from the moment this issue from the muzzle of a gun. This light is not similar inch by inch in an optic as this leaves the optical port of the illuminator: the farthest by the light source, less light, because of the attenuation of the optic.
Can slide emitting optics is bright or brighter than neon? Fiber optics can be made to be brighter than neon but merely for very short distances. Let an illustration, of a gard
I need to solve and write a MATLAB code the heat equation by two methods ( Crank-Nicolson method and asymptotic method )
Resolution of Forces by Calculation: One vector was resolved into two mutually perpendicular components. So if there are several vectors each can be resolved into two
"The volume of needed mass of gas at fixed pressure is directly proportional to the Kelvin's temperature of the gas".
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What is half wave plate? Explain its action on polarized light incident on it with its electric vector E making an angle with the optic axis of the half wave plate.
While music is on you will try to oppose the two ear phone pieces to attract. Task-I: Will they attract? If yes, why so?
A filter of the form G ( z ) = z 2 /( z - p )( z - p ) with p = re 4ω n will be studied. With r = 0 . 95 and ω n = Π/10 , plot the time response to
(i) It having of district bright bands. (ii)It is given by an excited source in molecular state. (iii) E.g. Spectra of molecular NH 3 , CO, H 2 etc.
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