A thin paper of thinkness 0.02 man having replacement index 1.45 is pasted across of the slits in a young s determine slit experiment. The paper transmit $\frac{4}{9}$ of light falling on it

Amplinate of light wave transmitted through the paper will be 2/3 times of incident wave

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The ratio of maximum and minimum intensity in the frigs pattern will be 25

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The total number of fringe crossing the center if an identical paper is pasted on the other slit is 1.5

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The ratio of maximum and minimum intensity in the pattern will be 5

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Solution

The correct option is B The ratio of maximum and minimum intensity in the frigs pattern will be 25
Option B is correct

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Q. A thin paper of thickness 0⋅02 mm having a refractive index 1⋅45 is pasted across one of the slits in a Young's double slit experiment. The paper transmits 4/9 of the light energy falling on it. (a) Find the ratio of the maximum intensity to the minimum intensity in the fringe pattern. (b) How many fringes will cross through the centre if an identical paper piece is pasted on the other slit also? The wavelength of the light used is 600 nm.

A thin paper of thickness 0.02 mm having a refractive index 1.45 is pasted across one of the slits in a young's double slit experiment. The paper transmits $\frac{4}{9}$ of the light energy falling on it. (a) Find the rationof te maximum intensity to the minimum intensity in the fringe pattern. (b) how many fringes will cross through the centre if an identical paper piece is pasted on the other slit also, The wavelength of the light used is 600 nm.

Q. A transparent paper (refractive index

= 1.45

) of thickness

0.02 m m

is pasted on one of the slits of Young's double slit experiment which uses monochromatic light of wavelength

620 n m

. How many fringes will cross through the centre if the paper is removed?

A transpoarent paper (refractive index = 1.45) of thickness 0.02 mm is pasted on one of the slits of a young's double slit experiment which uses monochromatic light of wavelength 620 nm. How many friges will cross through the centre if the paper is removed?

Q. The intensity of the light coming from one of the sites in a Young's double slit experiment in the intensity from the other slit. Determine the ratio of the maximum intensity to the minimum intensity in the interference fringe pattern observed.

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A thin paper of thinkness 0.02 man having replacement index 1.45 is pasted across of the slits in a young s determine slit experiment. The paper transmit 49 of light falling on it

The correct option is B The ratio of maximum and minimum intensity in the frigs pattern will be 25Option B is correct

A thin paper of thinkness 0.02 man having replacement index 1.45 is pasted across of the slits in a young s determine slit experiment. The paper transmit $\frac{4}{9}$ of light falling on it

The correct option is B The ratio of maximum and minimum intensity in the frigs pattern will be 25
Option B is correct