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The colored ring of muscle that contracts and expands to change light let in the eye
red light is reflected
lens
appear upside down on the back of the eye
cornea
optic nerve
iris
the angle of reflection equals the angle of incidence
violet
The law of reflection states that
red light is reflected
lens
appear upside down on the back of the eye
cornea
optic nerve
iris
the angle of reflection equals the angle of incidence
violet
This color of light has the shortest wavelength and highest frequency
red light is reflected
lens
appear upside down on the back of the eye
cornea
optic nerve
iris
the angle of reflection equals the angle of incidence
violet
Apples appear red because
red light is reflected
lens
appear upside down on the back of the eye
cornea
optic nerve
iris
the angle of reflection equals the angle of incidence
violet
The clear transparent front surface of the eye
red light is reflected
lens
appear upside down on the back of the eye
cornea
optic nerve
iris
the angle of reflection equals the angle of incidence
violet
The lens of the eye bends light in such a way that objects
red light is reflected
lens
appear upside down on the back of the eye
cornea
optic nerve
iris
the angle of reflection equals the angle of incidence
violet
This sends electric signals to the brain
red light is reflected
lens
appear upside down on the back of the eye
cornea
optic nerve
iris
the angle of reflection equals the angle of incidence
violet
The curved structure that refracts light
red light is reflected
lens
appear upside down on the back of the eye
cornea
optic nerve
iris
the angle of reflection equals the angle of incidence
violet
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