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Standard IV
Mathematics
Halves and Quarters
69. Two coher...
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69. Two coherent sources a and b are placed at a distance 3 Lambda in a linear line as shown. The total number of dark fringes formed on the screen in front of it is
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Q.
If two coherent source are placed at a distance of
3
λ
from each other symmetric to the centre of the circle as shown in the figure
(
R
>
>
λ
)
, then the number of bright fringes produced on the screen placed along the circumference is :
Q.
Two coherent sources
S
1
and
S
2
vibrating in phase emit light of wavelength
λ
. The separation between them is
2
λ
as shown in figure. The first bright fringe is formed at
P
due to interference on a screen placed at a distance
D
from
S
1
(
D
>
>
λ
)
,
then
O
P
is:
Q.
Two coherent light sources
S
1
and
S
2
(
λ
=
6000
o
A
)
are 1 mm apart from each other. The screen is placed at a distance of 25 cm from the sources. The width of the fringes on the screen should be
Q.
In Young's experiment two coherent sources are placed
0.90
m
m
apart and fringe are observed one metre away. If it produces second dark fringes at a distance of
1
m
m
from central fringe., the wavelength of monochromatic light is used would be
Q.
Two coherent point sources
S
1
and
S
2
are separated by a small distance
d
as shown in the figure. The fringes obtained on the screen will be
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