Molecular model of ice
Wall Art and Photo Gifts from Science Photo Library
Molecular model of ice
Ice. Molecular model of ice, the solid form of water. Each water molecule is made up of one oxygen atom (red ball) bonded to two hydrogen atoms (white balls). The oxygen atoms have a slight negative charge, and the hydrogen atoms have small positive ones. The hydrogen atoms are attracted to oxygen atoms on neighbouring water molecules, forming weak bonds know as hydrogen bonds (light blue sticks). This leads to the rigid crystal structure of ice. The open structure of ice causes it to float as it is less dense than liquid water
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6295191
© ANDREW LAMBERT PHOTOGRAPHY/SCIENCE PHOTO LIBRARY
Atom Atoms Bond Bonds Charges Cold Crystal Education Float Floating Freezing Frozen Hydrogen Negative Oxygen Positive Rigid School Solid Structural Molecular
EDITORS COMMENTS
This print showcases a molecular model of ice, revealing the intricate structure of solid water. Each water molecule is composed of a red oxygen atom bonded to two white hydrogen atoms. The oxygen atoms possess a slight negative charge, while the hydrogen atoms exhibit small positive charges. Fascinatingly, these hydrogen atoms are attracted to neighboring oxygen atoms on other water molecules through weak bonds known as hydrogen bonds, depicted by light blue sticks in the image. It is this unique arrangement that gives rise to the rigid crystal structure observed in ice. Moreover, due to its open structure, ice defies expectations and floats atop liquid water since it possesses lower density than its liquid counterpart. The photograph not only highlights the scientific aspects but also emphasizes the importance of education and learning about fundamental concepts such as chemistry and molecular structures. It serves as an excellent educational resource for students studying science-related subjects or anyone interested in exploring the wonders of nature at a microscopic level. Capturing both beauty and knowledge within its frame, this stunning print from Science Photo Library invites viewers into the fascinating world where cold temperatures give birth to icy landscapes governed by chemical interactions between individual H2O molecules.
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