anonymous
  • anonymous
This is the eye of a person who is farsighted. The light rays should be focused on the back surface of the eye (the retina), but they focus or converge at a point beyond the retina. https://static.k12.com/calms_media/media/1363000_1363500/1363146/1/8dc8771d2f0af85f3c320fbf957ccfb5c54f53f5/MS_PHYS_SCI_289410.jpg Which shows the lens that would focus the light rays on the retina to correct the vision? A https://static.k12.com/calms_media/media/1363000_1363500/1363143/1/2eb7f847ac2ff77293f2a940d476cfc47d62b8d5/MS_PHYS_SCI_289409_B.jpg
Physics
schrodinger
  • schrodinger
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anonymous
  • anonymous
B. https://static.k12.com/calms_media/media/1363000_1363500/1363145/1/9cdb3126402cca5fa0065cf92e3f81b13ced7890/MS_PHYS_SCI_289409_D.jpg
anonymous
  • anonymous
C. https://static.k12.com/calms_media/media/1363000_1363500/1363144/1/f6ca3f2736272a0a15bf0aae0bb5ade8f2c665f6/MS_PHYS_SCI_289409_C.jpg
anonymous
  • anonymous
D. https://static.k12.com/calms_media/media/1363000_1363500/1363142/1/c56d5960a318113b53a6c4381777ab166fe867f3/MS_PHYS_SCI_289409_A.jpg

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anonymous
  • anonymous
anonymous
  • anonymous
I'm thinking it's A.
anonymous
  • anonymous
Or C.
anonymous
  • anonymous
NO my friend , it is D. As you know concave lens is used for dispersing and convex lens(our eyes are) conversing just keep this in mind and again look at the diagrams... you will easily fin the error.... Here the concave lens as the glass wares make the object more bigger and when it strike the lens of our eyes it will perfectly focus in our retina... hope to get it
anonymous
  • anonymous
Right my bad I got confused thanks for the correction! That's all of my questions thank you so much for your time and help I really appreciate it. ^^
anonymous
  • anonymous
anytime... just mention me .....
anonymous
  • anonymous
Alright thanks have a nice day! :)

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