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Atmospheric pressure explained, artwork C013 / 4712

Atmospheric pressure explained, artwork C013  /  4712


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Atmospheric pressure explained, artwork C013 / 4712

Atmospheric pressure explained. Computer artwork of a number of small balls in a glass jar, representing the molecules present in a sample of liquid or gas. The molecules at the bottom (red) are squashed more than those above them. This is due to the weight of the molecules pressing down on them. Therefore the lower down the molecules are, the more molecules are above them and the greater the pressure exerted on them. This shows why the atmospheric pressure at sea level is greater than at the top of a mountain, for example

Science Photo Library features Science and Medical images including photos and illustrations

Media ID 9194605

© ANIMATED HEALTHCARE LTD/SCIENCE PHOTO LIBRARY

Atmosphere Atmospheric Atom Atoms Change Container Difference Differences Explanation Fluid Fluids Force Forces Gases Glass Liquid Liquids Molecules Pressure Science Education Squashed Weight Explained Physical Squashing


EDITORS COMMENTS
The captivating artwork titled "Atmospheric Pressure Explained" offers a visually stunning representation of the concept. In this computer-generated image, we see a glass jar filled with numerous small balls, symbolizing the molecules present in either a liquid or gas sample. The color gradient highlights an intriguing phenomenon - as we move from top to bottom, the intensity of squashing increases. This striking effect is caused by the weight of molecules pressing down on those below them. Consequently, the lower down these tiny particles are positioned within the jar (depicted in red), the greater number of molecules rest above them and exert pressure upon them. This illustration effectively demonstrates why atmospheric pressure varies at different altitudes; for instance, it is higher at sea level compared to mountain peaks. By showcasing this intricate interplay between gravity and molecular forces through vibrant visual elements, this artwork provides an accessible explanation for a fundamental scientific principle. It serves as an educational tool that can captivate both students and enthusiasts alike while deepening their understanding of atmospheric dynamics. Created by Animated Healthcare Ltd/Science Photo Library, this print encapsulates not only artistic brilliance but also scientific accuracy. Its fusion of aesthetics and knowledge makes it an ideal addition to any science education setting or personal collection seeking to explore complex concepts through captivating visuals.

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