In Young's double slit experiment, the 10th maximum of wavelength lambda_(1) is at a distance y_(1) from its central maximum and the 5th maximum of wavelength lambda_(2) is at a distance y_(2) from its central maximum. The ratio y_(1) // y_(2) will be:

In Young's double slit experiment, the 10th maximum of wavelength l

1.	In Young's double slit experiment, the 10th maximum of wavelength lambda_(1) is at a distance y_(1) from its central maximum and the 5th maximum of wavelength lambda_(2) is at a distance y_(2) from its central maximum. The ratio y_(1) // y_(2) will be:
Answer» `(2 lambda_(1))/(lambda_(2))` `(2 lambda_(2))/(lambda_(1))` `(lambda_(1))/(2 lambda_(2))` `(lambda_(2))/(2 lambda_(1))` ANSWER :A

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In Young's double slit experiment, the 10th maximum﻿ of wavelength lambda_(1) is at a distance y_(1) from its central maximum and the 5th maximum of wavelength lambda_(2) is at a﻿ distance y_(2) from its central maximum. The ratio y_(1) // y_(2) will be:

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In Young's double slit experiment, the 10th maximum of wavelength lambda_(1) is at a distance y_(1) from its central maximum and the 5th maximum of wavelength lambda_(2) is at a distance y_(2) from its central maximum. The ratio y_(1) // y_(2) will be: