Storyboard

>Model

ID:(294, 0)

Description

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Not being able to perceive the refraction of the beam, objects under water are perceived in a different place than they actually are.

ID:(432, 0)

Equation

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Para la luz reflejada el angulo del haz respecto de la normal \theta_i es igual al angulo de reflexión \theta_r:

$ \theta_i = \theta_r $

Conditions

Variables

$\theta_i$

Angle of Incidence

$rad$

$\theta_r$

Angle of Reflection

$rad$

Relation

ID:(3262, 0)

Image

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The refractive index of glass can depend on the wavelength or frequency of light. In such cases, the glass is referred to as 'chromatic.' If it does not exhibit this property, it is called 'achromatic.'

The main issue with this property is that the focal point of a lens depends on the color of light. Therefore, an optical lens has the problem that if the eye can focus on one color, it will not be able to simultaneously focus on objects of other colors.

ID:(1626, 0)

Image

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If the beam in a medium of less speed tries to move to a medium of greater speed in an angle such that there is no refractive angle this is fully reflected in the interface between both means.

ID:(1852, 0)