A 2.5 cm high object is located 5.0 cm in front of a diverging lens of focal length 7.0 cm. Using a scaled drawing of a ray diagram, sketch the image formation. On your diagram for question 2(a), label the: i. optical center of the lens, ii. principal axis, focal point of lens, object distance, image distance, and vii. object height. iii. iv. vi. Using your diagram from question 2(a)(i), determine and state: i. the image distance, ii. the image height, and Calculate the magnification of the image. State, with reason, whether the image is real or virtual.
A 2.5 cm high object is located 5.0 cm in front of a diverging lens of focal length 7.0 cm. Using a scaled drawing of a ray diagram, sketch the image formation. On your diagram for question 2(a), label the: i. optical center of the lens, ii. principal axis, focal point of lens, object distance, image distance, and vii. object height. iii. iv. vi. Using your diagram from question 2(a)(i), determine and state: i. the image distance, ii. the image height, and Calculate the magnification of the image. State, with reason, whether the image is real or virtual.
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Transcribed Image Text:A 2.5 cm high object is located 5.0 cm in front of a diverging lens of
focal length 7.0 cm.
Using a scaled drawing of a ray diagram, sketch the image formation.
On your diagram for question 2(a), label the:
optical center of the lens,
principal axis,
focal point of lens,
iv.
i.
ii.
iii.
object distance,
image distance, and
vii. object height.
vi.
Using your diagram from question 2(a)(i), determine and state:
the image distance,
ii.
i.
the image height, and
Calculate the magnification of the image.
State, with reason, whether the image is real or virtual.
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