| 181. |
A 10.0 cm tall object is 8.00 cm in front of a concave mirror.
The image is 16.0 in front of the mirror. Describe the image. Answer
|
|
A. |
5.00 cm tall, inverted, real |
C. |
20.0 cm tall, inverted, real |
|
B. |
5.00 cm tall, upright, real |
D. |
20.0 cm tall, upright, real |
|
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| 182. |
Which of the
following statements is true for spherical lens and spherical mirrors?
Answer
|
|
A. |
Both have spherical
aberration but only lens have chromatic aberration. |
|
B. |
Both have spherical
aberration but only mirrors have chromatic aberration. |
|
C. |
Both have spherical
aberration and chromatic aberration. |
|
D. |
Both have chromatic
aberration but only lens have spherical aberration. |
|
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|
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| 183. |
A plane mirror will
form an image that is Answer
|
|
A. |
Real, upright, same
size, with left-right reversal |
|
B. |
Virtual, upright,
same size, with left-right reversal |
|
C. |
Real, inverted, same
size, with left-right reversal |
|
D. |
Virtual, inverted,
same size, with left-right reversal |
|
|
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|
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| 184. |
The focal length of
a lens is NOT dependent on the Answer
|
|
A. |
Distance of the object from the
lens. |
C. |
Color of light incident on the
lens |
|
B. |
Curvature of the lens |
D. |
Material used to make the lens |
|
|
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| 185. |
The filament is
placed in front of a concave parabolic mirror for a
searchlight. The light reflected forms a parallel beam because
the filament is placed Answer
|
|
A. |
half-way between
the center of curvature and focal point. |
|
B. |
at the center of
curvature. |
|
C. |
at the focal point. |
|
D. |
between the focal
point and the mirror |
|
|
|
|
|
| 186. |
| An ambulance has
Ambulance painted so that it reads AMBULANCE in the rear-view
mirror. What does it look like facing the ambulance? Answer |
 |
|
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| 187. |
Which type of image
can be formed by a concave lens? Answer
|
|
A. |
only real images |
C. |
either real, inverted; or
virtual, upright |
|
B. |
only virtual images |
D. |
either real, upright; or
virtual, inverted |
|
|
|
|
|
| 188. |
Parabolic mirrors
are used instead of spherical mirrors to Answer
|
|
A. |
Eliminate chromatic aberration |
C. |
Increase the magnification |
|
B. |
Eliminate spherical aberration |
D. |
Decrease the magnification |
|
|
|
|
|
| 189. |
Which type of image
can be formed by a concave mirror? Answer |
|
A. |
only real images |
C. |
either real, inverted; or
virtual, upright |
|
B. |
only virtual images |
D. |
either real, upright; or
virtual, inverted |
|
|
|
|
|
| 190. |
A 5.00 cm object is
placed 25.0 cm in front of a convex lens with a focal length of 10.0
cm. The image formed is Answer
|
|
A. |
3.34 cm tall, 16.7
cm from lens, virtual, and upright. |
|
B. |
3.34 cm tall, 16.7
cm from lens, real, and inverted. |
|
C. |
1.43 cm tall, 7.14
cm from lens, real, and inverted. |
|
D. |
1.43 cm tall, 7.14
cm from lens, virtual, and upright. |
