Question
In the whole process of seeing an object, the light undergoes ____ outside the eyes and ____ inside the eyes.
- Reflection, transmission
- Transmission, reflection
- Reflection, refraction
- Refraction, transmission
Hint:
The light from the object enters the eye and forms an inverted image at the retina.
The correct answer is: Reflection, refraction
In the whole process of seeing an object, the light undergoes reflection outside the eyes and refraction inside the eyes.
After light bounces off an object such as a tree or book, it still goes straight, but in a new direction. When light enters our eyes, we see objects. Light entering the eye is first bent by the cornea, the transparent window at the outer front of the eyeball. The cornea provides most of the eye's refractive power. Then it is refracted through the eye lens and an image is formed on the retina.
After light bounces off an object such as a tree or book, it still goes straight, but in a new direction. When light enters our eyes, we see objects. Light entering the eye is first bent by the cornea, the transparent window at the outer front of the eyeball. The cornea provides most of the eye's refractive power. Then it is refracted through the eye lens and an image is formed on the retina.
Related Questions to study
The power of the lens used by Priyanka is –2.25 D. Which of these eye defects she probably has?
The power of the lens used by Priyanka is –2.25 D. Which of these eye defects she probably has?
Mona wears a pair of eye lenses of focal length 1.6 m. What is the type of lenses?
Mona wears a pair of eye lenses of focal length 1.6 m. What is the type of lenses?
Salma wears a pair of eye lenses of focal length - 80 cm. What is the power of the lenses?
Salma wears a pair of eye lenses of focal length - 80 cm. What is the power of the lenses?
The corrective lens for a hypermetropia eye is ____.
The corrective lens for a hypermetropia eye is ____.
Read the following statements and choose the correct answer.
I: Assertion: In a myopic eye, the light rays are focused in front of the retina.
II: Reason: The light rays can be focused on the retina by using a convex lens.
Read the following statements and choose the correct answer.
I: Assertion: In a myopic eye, the light rays are focused in front of the retina.
II: Reason: The light rays can be focused on the retina by using a convex lens.
Match the following:
Match the following:
To a person with myopia, the nearby objects appear _____ and the distant objects appear_____.
To a person with myopia, the nearby objects appear _____ and the distant objects appear_____.
What is the eye defect shown in the picture below?
The correct option is a)Myopia.
- Nearsightedness or myopia is an eye condition caused by a refractive error that causes distant objects to appear blurry. A nearsighted person can clearly see nearby objects.
- Myopia means that the focus of the eye is in front of the retina instead of on it. The retina is the surface at the back of the eye that collects light.
- It converts light into electrical impulses that the brain interprets as images. Blurry vision can occur when the eye focuses light in front of the retina.
What is the eye defect shown in the picture below?
The correct option is a)Myopia.
- Nearsightedness or myopia is an eye condition caused by a refractive error that causes distant objects to appear blurry. A nearsighted person can clearly see nearby objects.
- Myopia means that the focus of the eye is in front of the retina instead of on it. The retina is the surface at the back of the eye that collects light.
- It converts light into electrical impulses that the brain interprets as images. Blurry vision can occur when the eye focuses light in front of the retina.