11. Consider two thin lenses (one converging and one diverging) aligned on a common axis, running left to right, the converging lens being on the left and the diverging being on the right, as shown on the figure. The converging lens has a focal length of +6.00 cm and the diverging lens has a focal length of –8.00 cm. A distance of 18.0 cm separates the lenses. An object is located at a distance of 12.0 cm to the left of the converging lens. What type of final image will you get (i.e. real vs. virtual, orientation and magnification compared to the original object)? Lens 1 Lens 2 |object near f, far f, near f, far f2 a. The final image will be real, inverted and magnified compared to the original object. b. The final image will be virtual, inverted and magnified compared to the original object. c. The final image will be virtual, upright and magnified compared to the original object. d. The final image will be real, upright and diminished compared to the original object. e. The final image will be virtual, inverted and diminished compared to the original object.
11. Consider two thin lenses (one converging and one diverging) aligned on a common axis, running left to right, the converging lens being on the left and the diverging being on the right, as shown on the figure. The converging lens has a focal length of +6.00 cm and the diverging lens has a focal length of –8.00 cm. A distance of 18.0 cm separates the lenses. An object is located at a distance of 12.0 cm to the left of the converging lens. What type of final image will you get (i.e. real vs. virtual, orientation and magnification compared to the original object)? Lens 1 Lens 2 |object near f, far f, near f, far f2 a. The final image will be real, inverted and magnified compared to the original object. b. The final image will be virtual, inverted and magnified compared to the original object. c. The final image will be virtual, upright and magnified compared to the original object. d. The final image will be real, upright and diminished compared to the original object. e. The final image will be virtual, inverted and diminished compared to the original object.
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Transcribed Image Text:11. Consider two thin lenses (one converging and one diverging) aligned on a common
axis, running left to right, the converging lens being on the left and the diverging
being on the right, as shown on the figure. The converging lens has a focal length of
+6.00 cm and the diverging lens has a focal length of –8.00 cm. A distance of
18.0 cm separates the lenses. An object is located at a distance of 12.0 cm to the left
of the converging lens. What type of final image will you get (i.e. real vs. virtual,
orientation and magnification compared to the original object)?
Lens 1
Lens 2
|object
near f,
far f, near f,
far f2
a. The final image will be real, inverted and magnified compared to the original
object.
b. The final image will be virtual, inverted and magnified compared to the
original object.
c. The final image will be virtual, upright and magnified compared to the
original object.
d. The final image will be real, upright and diminished compared to the original
object.
e. The final image will be virtual, inverted and diminished compared to the
original object.
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