5. For all setups, use a focal length of 2cm and place a real object to...

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Physics

5. For all setups, use a focal length of 2cm and place a realobject to the left of the lens. For each case a-f:
i. Draw the ray diagram using principal rays.
ii. Determine whether the image is real or virtual, and whereyour eye would need to be to see the image.
iii. Estimate the image magnification from your drawing.
iv. Use the thin lens equation to check that the image locationcorresponds to your drawing.
v. Calculate the magnification and check it against yourestimate.

a. converging lens with object 6cm from lens (i.e. farther from thelens than the focal point) b. converging lens with object 1cm fromlens (i.e. closer to the lens than the focal point) c. converginglens with object at the focal point d. diverging lens with object6cm from lens (i.e. farther from the lens than the focal point) e.diverging lens with object 1cm from lens (i.e. closer to the lensthan the focal point) f. diverging lens with the object at thefocal point

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4.2 Ratings (833 Votes)

aimage is realimage magnification from drawing 051v 1u 1f 1v 12 16 13 or v 3 cmv is lenstoimage distance u is lenstoobject distance f isfocal lengthmagnification vu 3 6 12bimage is virtual eye See Answer

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