QUESTIONS: Summarize your ray diagrams for concave mirrors: a. For what range of object distances will the image be smaller than the object? b. For what range of object distances will the image be larger than the object? c. For what range of object distances will the image be upright? d. For what range of object distances with the image be inverted? e. For what range of object distances will the image be real? f. For what range of object distances will the image be virtual?
QUESTIONS: Summarize your ray diagrams for concave mirrors: a. For what range of object distances will the image be smaller than the object? b. For what range of object distances will the image be larger than the object? c. For what range of object distances will the image be upright? d. For what range of object distances with the image be inverted? e. For what range of object distances will the image be real? f. For what range of object distances will the image be virtual?
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Transcribed Image Text:QUESTIONS:
Summarize your ray diagrams for concave mirrors:
a. For what range of object distances will the image be smaller than the object?
b. For what range of object distances will the image be larger than the object?
c. For what range of object distances will the image be upright?
d. For what range of object distances with the image be inverted?
e. For what range of object distances will the image be real?
f. For what range of object distances will the image be virtual?
PART B:

Transcribed Image Text:EXPERIMENT 4: Place your object at a distance that is at 0.5f.
f
do =
d₁ =
h₁ =
hi
ho =
m =
h₂
f=
Image orientation:
Image size:
Image type:
Did your rays intersect on the left side of the mirror? If not, extend the reflected rays. Make
them dashed when you extend the lines.
==
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