Q:5) (20) Consider a lens combination consisting of a convex lens (f=20 cm) and a concave lens (f=-10 cm) separated by 8 cm. For a 2.2 cm tall object at a distance of 40 cm from the convex lens, calculate the position (d) and size of the image by using ABCD matrix formalism. 8 cm 40 cm
Q:5) (20) Consider a lens combination consisting of a convex lens (f=20 cm) and a concave lens (f=-10 cm) separated by 8 cm. For a 2.2 cm tall object at a distance of 40 cm from the convex lens, calculate the position (d) and size of the image by using ABCD matrix formalism. 8 cm 40 cm
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consisting of a convex lens (f=20 cm) and a
concave lens (f=-10 cm) separated by 8 cm.
For a 2.2 cm tall object at a distance of 40 cm
from the convex lens, calculate the position (d)
and size of the image by using ABCD matrix
8 cin
formalism.
40 cm"
Transcribed Image Text:Q:5) (20) Consider a lens combination
consisting of a convex lens (f=20 cm) and a
concave lens (f=-10 cm) separated by 8 cm.
For a 2.2 cm tall object at a distance of 40 cm
from the convex lens, calculate the position (d)
and size of the image by using ABCD matrix
8 cin
formalism.
40 cm
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