Geometric Optics AP Physics 2

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21 Terms

1
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What type of lens is a converging lens

convex

2
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What image will form if an object is beyond the focal point of a convex lens

real and inverted

3
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what image will form if an object is placed at the focal point of a convex lens

no image

4
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what image will form if an object is placed between the lens and focal point of a convex lens

virtual, upright, enlarged

5
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can convex lenses have real and virtual images

yes

6
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what type of lens is a diverging lens?

concave

7
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what type of image is create if an object is placed beyond the focal point of a concave lens?

virtual, upright, reduced

8
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what type of image is created if an object is placed between the lens and focal point of a concave lens?

virtual, upright, magnified

9
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can diverging lenses create real and virtual images?

no, only virtual

10
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what is a concave mirror also known as

converging

11
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what is a convex mirror also known as

diverging

12
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if an object is beyond the focal point of a convex mirror what image is produced

inverted, real, reduced

13
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if an object is between the focal point and vertex of a concave mirror what image is produced

upright, virtual, enlarged

14
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can a concave mirror have real and virtual images

yes

15
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what image is produced by a convex mirror

ALWAYS upright, virtual, and reduced

16
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what is refraction?

Refraction is the bending of light as it passes from one medium to another, caused by a change in its speed.

17
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what is reflection?

Reflection is the bouncing back of light when it hits a surface, allowing us to see images.

18
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what does diverging mean

Diverging refers to the spreading apart of light rays as they travel away from a point source or through a lens- comes from a single point

19
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what does converging mean

Converging refers to the process where light rays come together at a single point after passing through a lens or reflecting off a surface.

20
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will light bend towards the normal going from a higher to lower index of refraction or away?

towards

21
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will light bend towards the normal going from a lower to higher index of refraction or away?

away