Рудакова Л.И., Соколова Е.Ю. Практический курс физики. Волновая оптика
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2.22.
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2.23.
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2.24. .
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2.25.
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2.26.
11
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2.27.
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2.28.
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2.29.
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2.30. 20
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2.31.
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2.32.
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2.33.
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2.34.
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(2.9)
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2.35. 2.34
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2.36.
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2.39. ,
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2.40. ,
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2.41. ,
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2.42.
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2.43.
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2.44.
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(
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3327
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1
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7236
0
2
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4523
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640
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2
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k
ϕ
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λ
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2.45.
max
m
(
589
=
λ
),
500
=
n
/ .
? .
2.46.
.
d
,
0
41=
ϕ
3,656
1
=
λ
2,410
2
=
λ
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( ) 12.
2.47.
535
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λ
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0
35=
ϕ
,
5.
2.48.
1
=670 =20 .
98
2
=447 . .
. .
2.49. =633
, d=2 .
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2.50.
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2.51.
1
=477
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=695 .
d=2 .
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2.52.
6
106
−
⋅=d
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486
=
λ
λ
∆
,
λ
λ
∆
±
.
2.53.
6,0
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λ
.
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1
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ϕ
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2
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ϕ
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d
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)
b
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2.54. ,
2,2
=
d
,
0
15=∆
ϕ
.
2.55.
490
1
=
λ
( )
600
2
=
λ
( ).
99
0
1
0,10=
ϕ
.
.
2.56. 2000
=
/
0
5000=
λ
.
3
=
L .
∆
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2.57
60,0
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20
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R
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0,6
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d
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.
2.58.
∆
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577
1
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1,579
2
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λ
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,
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,
6,0
=
F
.
2
=
d
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2.59.
55,0
=
λ
3
=
l
.
2.60.
0,589
=
λ
5,2
=
d
,
10000
=
N
. .
2.61.
656,0
=
λ
3
=
l
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,
15
=
F
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,
7312
0
′
=
ϕ
.
2.62.
F
,
,
,
4,404
1
=
λ
7,404
2
=
λ
100
1,0
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2
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x
∆
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2
=
l
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2.63.
25
=
l
250
=
/ .
F
,
, 80 . .
,
154,310
1
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λ
184,310
2
=
λ
.
:
)
;
) .
2.64.
(
)
θ . θ
?
d
.
2.65.
λ ,
θ
1
( ).
1
θ
,
2
θ
,
λ
d
.
2.66.
0,1
=
d
0
0
0,1=
α
.
0
0,3=
α
.
.
2.67. ,
l / , l –
, – .
2.68.
R
,