**Educational Content: Double Slit Experiment****Problem Statement:**Calculate the distance between two adjacent bright fringes for coherent light of wavelength 488 nm passing through double slits separated by 0.05 mm. The slits are located 2.00 m from a screen.![Image Description: Central maximum pattern showing alternating bright and dark fringes.]**Options:**- ⃝ 2.60 cm- ⃝ 1.22 cm- ⃝ 1.75 cm- ⃝ 2.37 cm- ⃝ 1.95 cm**Explanation of Diagram:**The image shows an interference pattern with alternating bright (red) and dark fringes, typically associated with the double-slit experiment. The central bright fringe is labeled as the "Central maximum." This phenomenon demonstrates the wave nature of light, where light waves interfere constructively and destructively to form bright and dark regions. The diagram is a visual representation to aid in understanding the problem of calculating fringe distance.**Conceptual Background:**The distance between two consecutive bright fringes, or fringe spacing, in a double-slit experiment, is given by the formula:\[ y = \frac{\lambda \cdot D}{d} \]Where:- $ y $ = fringe spacing- $ \lambda $ = wavelength of light (488 nm)- $ D $ = distance from slits to screen (2.00 m)- $ d $ = slit separation (0.05 mm)

As we know that the distance between two consecutive bright/dark fringes is called the fringe width.…

Calculate the distance between two adjacent bright fringes for coherent light of wavelength 488 nm passing through double slits separated by 0.05 mm. The slits are located 2.00 m from a screen. Central maximum 2.60 cm O 1.22 cm 1.75 cm 2.37 cm O 1.95 cm

Calculate the distance between two adjacent bright fringes for coherent light of wavelength 488 nm passing through double slits separated by 0.05 mm. The slits are located 2.00 m from a screen. Central maximum 2.60 cm O 1.22 cm 1.75 cm 2.37 cm O 1.95 cm

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Concept explainers

Diffraction of light

In physics, the term diffraction is defined as the bending of light around the corners of the obstacle. As a light ray passes by an aperture, it bends around the edges or through slits, it spreads out through a narrow opening. The diffracted light will produce fringes of bright and dark or colored bands which are labeled as a diffraction pattern.

Question

**Educational Content: Double Slit Experiment**

**Problem Statement:**

Calculate the distance between two adjacent bright fringes for coherent light of wavelength 488 nm passing through double slits separated by 0.05 mm. The slits are located 2.00 m from a screen.

![Image Description: Central maximum pattern showing alternating bright and dark fringes.]

**Options:**

- ⃝ 2.60 cm
- ⃝ 1.22 cm
- ⃝ 1.75 cm
- ⃝ 2.37 cm
- ⃝ 1.95 cm

**Explanation of Diagram:**

The image shows an interference pattern with alternating bright (red) and dark fringes, typically associated with the double-slit experiment. The central bright fringe is labeled as the "Central maximum." This phenomenon demonstrates the wave nature of light, where light waves interfere constructively and destructively to form bright and dark regions. The diagram is a visual representation to aid in understanding the problem of calculating fringe distance.

**Conceptual Background:**

The distance between two consecutive bright fringes, or fringe spacing, in a double-slit experiment, is given by the formula:

\[ y = \frac{\lambda \cdot D}{d} \]

Where:
- $ y $ = fringe spacing
- $ \lambda $ = wavelength of light (488 nm)
- $ D $ = distance from slits to screen (2.00 m)
- $ d $ = slit separation (0.05 mm)

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