This biconvex disc serves as a refracting medium, keeping the viewed object in focus on the retina. this structure is called <u>Lens</u>.
The fluids and obvious tissues of the attention that refract mild rays passing via them in the direction of the retina: the cornea, aqueous humor, lens, and vitreous humor.
When a mild ray enters a refracting medium, it's far determined that the significance of the attitude of refraction is identical to 1/2 the perspective of reflection.
Dielectric, interface, and glass are substances that transmit and replicate mild specularly, and also manage refraction. The primary two are used for limitations of volumes which might be meant to symbolize strong gadgets of the refracting medium.
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<u>Full question:</u>
A major difference between sound recordings made by Emile Berliner and those made by Thomas Edison was that ______.
A. Berliner's disks were flat
B. Edison's disks could be mass produced
C. Edison's disks were coated with lamp black
D. Berliner's disks were made of vinyl
E. None of the above.
<u>Answer:</u>
A major difference between sound recordings made by Emile Berliner and those made by Thomas Edison was that Berliner's disks were flat
<u>Explanation:</u>
Thomas Edison created recorded sound technology, but Emile Berliner's designs began to its mass spread. Berliner flat record disk ultimately supplanted the added flimsy and clumsy Edison cylinders as users' sound technology of preference.
The disk design made flat enhanced the pattern for extent manufactured business sound disks and was the forerunner of nowadays discs patterns. The designated sound-component of the Berliner Collection consists of various disc records generated by the Berliner Gramophone Company. Thomas Edison disk consisted of a thin coating of a phenolic resin
