Measuring distance with high precision is a critical goal in engineering. Numerous devices exist to perform such measurements,with many involving laser light.Shining light through a double slit can be used to measure distance if (1) both the wavelength of the light beam and the distancebetween slits are known and (2) the spacing between the minima and maxima appearing on the screen can be measured. But thismethod requires a physical measurement of distance on the object, which may not be practical.To create a laser-based measurement device that does not require placing a physical ruler on the object, a Nd:YAG laser ismounted inside a box so that the beam of the laser passes through two slits rigidly attached to the laser. Although 1064 nm is theprincipal wavelength of a Nd:YAG laser, the laser can be switched to numerous secondary wavelengths, including 1052 nm,1075 nm, 1113 nm, and 1319 nm.LaserIdObjectThe device is used to shine a beam on an object located nearby. The interference pattern is obsrved with a suitable infraredcamera. After switching from a 1052 nm to a 1113 nm beam, the device must move 6.155 cm closer to the object in order toalign the same order maxima and minima with their original locations on the object.How far Lo was the laser originally from the object? Assume the small-angle approximation applies, and enter the answer inunits of meters.mLo =Qu

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The device is used to shine a beam on an object located nearby. The interference pattern is obsrved with a suitable infrared camera. After switching from a 1052 nm to a 1113 nm beam, the device must move 6.155 cm closer to the object in order to align the same order maxima and minima with their original locations on the object. How far Lo was the laser originally from the object? Assume the small-angle approximation applies, and enter the answer in units of meters. m

The device is used to shine a beam on an object located nearby. The interference pattern is obsrved with a suitable infrared camera. After switching from a 1052 nm to a 1113 nm beam, the device must move 6.155 cm closer to the object in order to align the same order maxima and minima with their original locations on the object. How far Lo was the laser originally from the object? Assume the small-angle approximation applies, and enter the answer in units of meters. m

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter27: Wave Optics

Section: Chapter Questions

Problem 32P

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Similar questions

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