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Recent questions tagged addition-of-waves
Questions
Two monochromatic coherent sources of wavelength 5000 A are placed along line normal to screen as shown. Find the order of central bright fringe if $d = 0.5mm$ and $D = 1m$
cl28511
jeemain
physics
class12
unit16
wave-optics
addition-of-waves
interference
easy
asked
Apr 19, 2014
by
balaji.thirumalai
1
answer
Two monochromatic coherent sources of wavelength 5000 A are placed along line normal to screen as shown. Then the condition for maxima at the point P is :
jeemain
physics
class12
unit16
wave-optics
addition-of-waves
difficult
aims-12-physics
asked
Feb 20, 2014
by
meena.p
1
answer
Two beam of light having intensities $I$ and $4I$ interfere to produce a fringe pattern on a screen . The phase difference between beams is $ \large\frac{\pi}{2}$ at point A and n at point B. Then the difference between resultant intensities at A and B is
jeemain
physics
class12
unit16
wave-optics
addition-of-waves
medium
asked
Feb 19, 2014
by
meena.p
1
answer
Light from two sources , each of same frequency and travelling in same direction. but with intensity in ratio 4:1 interface. Find ratio of maximum to minimum intensity.
jeemain
physics
class12
unit16
wave-optics
addition-of-waves
medium
asked
Feb 13, 2014
by
meena.p
1
answer
$S_1$ and $S_2$ are two sources of light which produce individually disturbance at a point P given by $\in _1=3 \sin wt,\;\in _2 =4 \cos wt$ Assuming $\overrightarrow {\in_1}$ and $\overrightarrow{\in_2}$ to be along the same line then result of their superposition is
jeemain
physics
class12
unit16
wave-optics
addition-of-waves
easy
aims-12-physics
asked
Feb 13, 2014
by
meena.p
1
answer
Two waves have a phase difference of $\pi $. and they have light intensities I and 9I. What will be the resultant intensity .
jeemain
physics
class12
unit16
wave-optics
addition-of-waves
medium
asked
Jan 24, 2014
by
meena.p
1
answer
The contrast in the dark and bright fringes in any interference pattern depends on
jeemain
physics
class12
unit16
wave-optics
addition-of-waves
easy
asked
Jan 23, 2014
by
meena.p
1
answer
Two light waves whose equation are given respectively as $y_1 = 6\sin wt; y_2 =8 \sin (wt+ 8)$ super impose to form a interference pattern. The ratio of maximum to minimum intensities of the super imposed wave is
jeemain
physics
class12
unit16
wave-optics
addition-of-waves
medium
asked
Jan 21, 2014
by
meena.p
1
answer
As a result of interference of two coherent source of light , the energy is :
jeemain
physics
class12
unit16
wave-optics
addition-of-waves
easy
asked
Jan 21, 2014
by
meena.p
1
answer
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