P Object Optical axis #3 f = -14.4 cm s = 35.0 cm s' = ? ▬▬ 1. Special rays Q Search S m = ? s' P' Image f Mirror plane Convex mirrors behave like Inverted or upright? Reduced or enlarged? diverging lenses. (They both have f<0). Virtual images are formed to the right of the mirror, so that's where we define s' < 0. $23.8
P Object Optical axis #3 f = -14.4 cm s = 35.0 cm s' = ? ▬▬ 1. Special rays Q Search S m = ? s' P' Image f Mirror plane Convex mirrors behave like Inverted or upright? Reduced or enlarged? diverging lenses. (They both have f<0). Virtual images are formed to the right of the mirror, so that's where we define s' < 0. $23.8
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Question
Transcribed Image Text:Object
P
Optical axis
#3
f = -14.4 cm
s = 35.0 cm
s' = ?
F
4
R
F
العال
Special rays
Q Search
5
T
G
6.
B
H
U
N
8
J
1
M
K
m = ?
L
alt
s'
Image
P
f
Mirror plane
Inverted or upright?
Reduced or enlarged?
C
1
Convex mirrors
behave like
diverging
lenses.
Virtual images
are formed to
the right of the
mirror, so
that's where
we define
s' < 0.
<
(They both
have f<0).
$23.8
Bozorra
Transcribed Image Text:Object
#2
f = 15.3 cm
s = 37.3 cm
P
s' = ?
F
D
R
Q Search
5
Real
image
T
Special rays
G
6
B
P'
H
S
U
N
8
J
-
s'
M
Mirror plane
K
f
m = ?
O
Concave mirrors behave like
converging lenses.
(They both have ƒ > 0).
Inverted or upright?
Reduced or enlarged?
P
Real images are formed to
the left of the mirror, so
that's where we define
s'> 0.
$23.8
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