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.

http://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?

Question

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.
 
http://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?

itsbribro · Answer

A.) http://static.k12.com/calms_media/media/1363000_1363500/1363142/1/c56d5960a318113b53a6c4381777ab166fe867f3/MS_PHYS_SCI_289409_A.jpg

itsbribro · Answer

B.) http://static.k12.com/calms_media/media/1363000_1363500/1363143/1/2eb7f847ac2ff77293f2a940d476cfc47d62b8d5/MS_PHYS_SCI_289409_B.jpg

itsbribro · Answer

C.) http://static.k12.com/calms_media/media/1363000_1363500/1363144/1/f6ca3f2736272a0a15bf0aae0bb5ade8f2c665f6/MS_PHYS_SCI_289409_C.jpg

itsbribro · Answer

D.) http://static.k12.com/calms_media/media/1363000_1363500/1363145/1/9cdb3126402cca5fa0065cf92e3f81b13ced7890/MS_PHYS_SCI_289409_D.jpg

itsbribro · Answer

@Rhystic

rhystic · Answer

B should work technically C may work I'm not understanding what the black lines are depicting but seeing as the initial image shows the light coming in as not from a focal point B matches up with that image. In reality to correct far sightedness a coverging lens is needed.