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Larrytsai
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I need some help with the 2 lens inverted ray diagram. Like i need someone to describe to me what it looks like or could show me an example of 1. thxn
Mindscrape said:Could you explain further, perhaps with a drawing, of what you mean by 2 lens inverted ray diagram?
Mindscrape said:Ah, the standard telescope. How do you think it is any different from any other situation? Instead of one lens to do the ray tracing for, you would encounter another lens. You know about the whole focus/parallel, parallel/focus bit, right?
This lab manual may be of help to you.
http://www-hep.colorado.edu/~stevew/O5-revised.pdf
The inverted ray diagram is a graphical representation of how light behaves when it passes through two lenses. It shows the path of the light rays as they travel through the lenses and how they are refracted and focused to create an image.
The inverted ray diagram allows us to visualize and analyze how light behaves when it passes through two lenses. It helps us understand how lenses refract light and how they can be used to create images. By studying the inverted ray diagram, we can better understand the principles of optics and how they apply to different optical systems.
The two lenses in the inverted ray diagram represent different types of lenses, such as convex and concave lenses. These lenses have different shapes and refractive properties, which affect how light is bent and focused as it passes through them.
The distance between the lenses in the inverted ray diagram can affect the size and position of the final image. Moving the lenses closer together or further apart can change the magnification and location of the image formed by the lenses.
The inverted ray diagram is important in optics because it helps us understand and analyze how light behaves when it passes through lenses. This knowledge is essential in designing and optimizing optical systems for various applications, such as cameras, telescopes, and microscopes.