The diffraction result is observed monochromatically on the screen.

The result of diffraction of monochromatic radiation (lambda = 450 nm) from a point source on a circular hole is observed on the screen. Determine the diameter of the hole if it is known that four Fresnel zones are open. Source to hole distance: 15mm, hole to screen distance: 250mm.

Problem 40920. Detailed solution with a brief record of the conditions, formulas and laws used in the solution, derivation of the calculation formula and answer. If you have any questions regarding the solution, please write. I try to help.

Product description:

This product is a device for measuring the diameter of a round hole based on the results of diffraction of monochromatic radiation with a wavelength of 450 nm from a point source at the hole. The device allows you to determine the diameter of the hole, provided that the diffraction results corresponding to the four Fresnel zones are displayed on the screen.

To use the device, you need to set the distance between the source and the hole, as well as the distance between the hole and the screen. Next, using the formulas and laws used in solving problem 40920, you can calculate the diameter of the hole.

The device comes with a detailed manual for use, which contains a brief record of the problem conditions, formulas and laws used in the solution, derivation of the calculation formula and the answer to the problem. If you have any questions about using the device or solving a problem, you can contact us for further assistance.

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This product is a device for observing the results of diffraction of monochromatic light on a screen. This device allows you to study the properties of light waves and the principles of diffraction, as well as use them in various fields of science and technology. Using this device, you can obtain a high-quality image of a diffraction grating or other objects, and study their properties with high accuracy and detail. This device can be useful for students and professionals in the fields of physics, optics, materials science and other scientific disciplines.

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1. Very high quality digital product.
2. An interesting and educational experience.
3. Convenient to use for studying physics.
4. Excellent image quality.
5. Easy to install and configure.
6. An excellent choice for schoolchildren and students.
7. Reliable and durable product.
8. A unique opportunity to study light diffraction at home.
9. Pleasantly surprised by the quality of workmanship.
10. A useful and interesting gift for science lovers.