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A double lens system is made of +35.0 cm lens (lens #1) and a - 26.0 cm lens (lens #2). Lens #1 is placed at x = 0 cm on a mete...Asked by B
A double lens system is made of +35.0 cm lens (lens #1) and a -
26.0 cm lens (lens #2).
Lens #1 is placed at x = 0 cm on a meter stick and lens #2 is placed at x = 30.0 cm. Where on the meter stick will the final image be formed when looking at a distant
object?
s2"=f2(f1-d)/f1+f2-d where d=30cm
=6.2cm is that the correct way to do this problem?
26.0 cm lens (lens #2).
Lens #1 is placed at x = 0 cm on a meter stick and lens #2 is placed at x = 30.0 cm. Where on the meter stick will the final image be formed when looking at a distant
object?
s2"=f2(f1-d)/f1+f2-d where d=30cm
=6.2cm is that the correct way to do this problem?
Answers
Answered by
Geogargoyle
One more step:
6.2cm+30cm=36.2cm
6.2cm+30cm=36.2cm
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