In Young.s double slit experiment the 10^(th) maximum of wavelength lambda_(1) is at a distance of y_(1) from the central maximum . When the wavelength of the sources is changed to lambda_(2) , 5^(th) maximum is at a disatnce of y_(2) from its central maximum .The ratio (y_(1)/(y_(2))) is

In Young.s double slit experiment the 10^(th) maximum of wavelength la

1.	In Young.s double slit experiment the 10^(th) maximum of wavelength lambda_(1) is at a distance of y_(1) from the central maximum . When the wavelength of the sources is changed to lambda_(2) , 5^(th) maximum is at a disatnce of y_(2) from its central maximum .The ratio (y_(1)/(y_(2))) is
Answer» `(2lambda_(1))/(lambda_(2))` `(2lambda_(2))/(lambda_(1))` `(lambda_(1))/(2lambda_(2))` `(lambda_(2))/(2lambda_(1))` ANSWER :A

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In Young.s double slit experiment the 10^(th) maximum of wavelength lambda_(1) is at a distance of y_(1) from the central maximum . When the wavelength of the sources is changed to lambda_(2) , 5^(th) maximum is at a disatnce of y_(2) from its central maximum .The ratio (y_(1)/(y_(2))) is

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