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What would the refractive index value be for water compared to gasoline?
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The refractive index of a material is different for different wavelengths and colours of light. For most materials in the
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The lens focal length is inversely proportional to n-1. Thus f(blue)/f(red) = 7/8 = 0.875 The focal
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water and glass with refractive index of 1.5 are interfaced.if the incident ray are from the water makes an angle 60 degrees
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To find the direction of the reflected and refracted rays at the interface between water and glass,
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Water and glass with refractive index of 1.5 are interface. If the incident ray from the water makes an angle of 60 degree with
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reflection same angle as incident refraction follows Snell's Law.
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The antireflecting coating works best if its refractive index is the square root of the refractive index of the lens inthe eye
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To determine the refractive index of the lens that gives the best results for the antireflecting
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The refractive index of a medium changes with the wavelength of incident light. Typically, the shorter the wavelength the larger
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Both rays bend by nearly the same amount, so the answer will be one of the smaller numbers. The
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Light of certain wavelength in a vacuum has wavelength of 438 nm if it propagates in water and 390 nm if it propagates in
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To calculate the ratio of refractive index between water and benzene, we need to use the formula: n
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Okay so I want to solve for refractive index. I'm given the dielectric constant and the permeability M. From what I understand
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To determine the refractive index when given the dielectric constant and permeability, you can use a
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Okay so I want to solve for refractive index. I'm given the dielectric constant and the permeability M. From what I understand
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To calculate the refractive index of a medium using the dielectric constant (εr) and permeability
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monochromatic light of wavelength λ=800nm illuminates normally a thin liquid film with nf =4/3 and t=500nm lying on a glass of
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a) To determine when the surface of the film becomes very bright, we need to consider the conditions
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A solution consisting of water and ethanol is found to have a refractive index of 1.3541 at 20 degrees C. The refractive indices
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I can't draw a graph but I can describe how to do it. ____________ | | | |____________ Now turn this
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im given the refractive index values of two - isobutyl bromide (1.3785) and isobutyl chloride (2.4368).
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