'Double-split
I
-
- 1
Optoney
y xy (25cm)
(a) Seeour eye depth
yz xy
= = +
1 healthy = 2 5 m
tn)
.
n=
= d
L
⑨
up jf p n
P
seapentan
.
. .
Y2
"burry
D
d · All
= 0
7 . n= -
1
lens a
sinf 43/d =
otant =
44/D O
F
↳ bottom slit f P
. F glasses
· xx = xz
-
x
.
↑
, ↓
constructive if : <x nX
=
· - 1
E destructive if L
=
= Outside eye : (Same Orientation)
-
Focal
-
D
fglasses
=
25cm n .
.
p O
(n 1) & 1
on
1
converging
S : <x = +
the diff
P- (m[D]
only · O .
fglasses
· d (D (1m) (not same order of magnitude) Ed = I 1 1
O i
(10m) sint fant + =
of < 1 +
f p/n p .
. of Fmax/fmin obj is back of eye ,
+op
12m A xx)
=
(bo+ +
9 .q
Mix :
-
fp
i
n
p
/
Stop A oex finax d
.
XX botten , A
. .
-
, A ,
z 2
bottom
=
13 m 12 -
(13 + 2 5) .
↓ ↓
4) =
= 2 5m
.
Sinf
paired wSmax paired with Smin i is inverted its s
-Interferenticulatewhendifferenta
MuHiple lens : C L ·
initial phase
virt
i
M
un
0 when X ,
=
=
12
-So
>
direction of <x
-
Right on D
moving
· :
Om 2m 3m
moving -7 fz ? 2
converging
=
· Ia l 4) =
(()(2
-
0) -
(t)(2 -
3)] A
↑
r2 ·
to, = Multiple-lens eg
d
4given
M
·
4 =
02 =
-
4
10013
0 = 5 =
↳ # of cycle F =
-
10 =>
i=
,
·
In-2D : -
2
(+ ) =
-
24 (2) dis = 0-i
M M
, ↳ 2 distance from
-
-
= 2 · = =
+o+
· Phase constant : + In phase : 400 = Int = 0 I eye to image
M F p /div lens
change Mz 2
.
Xx
.
wire = =
>
-
..
oppositely ↳ % (2n + 1) i
+ Out
of phase : 4 = T =
· Phase diff:
& x = 0 2)
Mc == i = 10
IntT : constructive "loud-bright" Fc =
50 cm
E (n
= "no 1) + It : destructive sound-dark"
·
1
O2
+
E = E)-t
miopia (hearsight)
Quantum Mechanics Doppler Effects
Converging Object Distance O If F10 < If off
-
fopVirtual
·
:
Anyo
:
.
&
Ei Ex + Eph Cemit) V-vo (f > 0) ImageType (inverted) real
-
real virtual lik(f)
ofg
= = : :
us Z
farsighted Magnification /MK1 (smaller)
v -
IMII IM1 > / IMK / : :
~
Ei Eph Ef(absorb) 0/0 aways Chyperopia)
+
earpoint (n p.
=
Stoward
M20 inverted/vV Diverging (FCO) I .
:
I
-
- 1
Optoney
y xy (25cm)
(a) Seeour eye depth
yz xy
= = +
1 healthy = 2 5 m
tn)
.
n=
= d
L
⑨
up jf p n
P
seapentan
.
. .
Y2
"burry
D
d · All
= 0
7 . n= -
1
lens a
sinf 43/d =
otant =
44/D O
F
↳ bottom slit f P
. F glasses
· xx = xz
-
x
.
↑
, ↓
constructive if : <x nX
=
· - 1
E destructive if L
=
= Outside eye : (Same Orientation)
-
Focal
-
D
fglasses
=
25cm n .
.
p O
(n 1) & 1
on
1
converging
S : <x = +
the diff
P- (m[D]
only · O .
fglasses
· d (D (1m) (not same order of magnitude) Ed = I 1 1
O i
(10m) sint fant + =
of < 1 +
f p/n p .
. of Fmax/fmin obj is back of eye ,
+op
12m A xx)
=
(bo+ +
9 .q
Mix :
-
fp
i
n
p
/
Stop A oex finax d
.
XX botten , A
. .
-
, A ,
z 2
bottom
=
13 m 12 -
(13 + 2 5) .
↓ ↓
4) =
= 2 5m
.
Sinf
paired wSmax paired with Smin i is inverted its s
-Interferenticulatewhendifferenta
MuHiple lens : C L ·
initial phase
virt
i
M
un
0 when X ,
=
=
12
-So
>
direction of <x
-
Right on D
moving
· :
Om 2m 3m
moving -7 fz ? 2
converging
=
· Ia l 4) =
(()(2
-
0) -
(t)(2 -
3)] A
↑
r2 ·
to, = Multiple-lens eg
d
4given
M
·
4 =
02 =
-
4
10013
0 = 5 =
↳ # of cycle F =
-
10 =>
i=
,
·
In-2D : -
2
(+ ) =
-
24 (2) dis = 0-i
M M
, ↳ 2 distance from
-
-
= 2 · = =
+o+
· Phase constant : + In phase : 400 = Int = 0 I eye to image
M F p /div lens
change Mz 2
.
Xx
.
wire = =
>
-
..
oppositely ↳ % (2n + 1) i
+ Out
of phase : 4 = T =
· Phase diff:
& x = 0 2)
Mc == i = 10
IntT : constructive "loud-bright" Fc =
50 cm
E (n
= "no 1) + It : destructive sound-dark"
·
1
O2
+
E = E)-t
miopia (hearsight)
Quantum Mechanics Doppler Effects
Converging Object Distance O If F10 < If off
-
fopVirtual
·
:
Anyo
:
.
&
Ei Ex + Eph Cemit) V-vo (f > 0) ImageType (inverted) real
-
real virtual lik(f)
ofg
= = : :
us Z
farsighted Magnification /MK1 (smaller)
v -
IMII IM1 > / IMK / : :
~
Ei Eph Ef(absorb) 0/0 aways Chyperopia)
+
earpoint (n p.
=
Stoward
M20 inverted/vV Diverging (FCO) I .
:
