Figure (a) shows the basic structure of a camera. A lens can be moved forward or back to produce an image on film at the back of the camera. For a certain camera, with the distance i between the lens and the film set at f= 6.44 cm, parallel light rays from a very distant object O converge to a point image on the film, as shown. The object is now brought closer, to a distance of p = 220 cm, and the lens- film distance is adjusted so that an inverted real image forms on the film (Figure (b)). (a) What is the lens-film distance i now (in cm)? (b) By how much (in cm) was distance i changed? ↑º (a) Number i 6.26 (b) Number i 1.26 Film- Units cm Units cm (b) I
Figure (a) shows the basic structure of a camera. A lens can be moved forward or back to produce an image on film at the back of the camera. For a certain camera, with the distance i between the lens and the film set at f= 6.44 cm, parallel light rays from a very distant object O converge to a point image on the film, as shown. The object is now brought closer, to a distance of p = 220 cm, and the lens- film distance is adjusted so that an inverted real image forms on the film (Figure (b)). (a) What is the lens-film distance i now (in cm)? (b) By how much (in cm) was distance i changed? ↑º (a) Number i 6.26 (b) Number i 1.26 Film- Units cm Units cm (b) I
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Figure (a) shows the basic structure of a camera. A lens can be moved forward or back to produce an image on film at the back of the
camera. For a certain camera, with the distance i between the lens and the film set at f = 6.44 cm, parallel light rays from a very distant
object O converge to a point image on the film, as shown. The object is now brought closer, to a distance of p = 220 cm, and the lens-
film distance is adjusted so that an inverted real image forms on the film (Figure (b)). (a) What is the lens-film distance i now (in cm)? (b)
By how much (in cm) was distance i changed?
(a) Number i 6.26
(b) Number
IN
i
1.26
(a)
Film-
Units
cm
Units cm
1°
トｶー
(b)
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