Comprehensive overview of the use of hydrogen as a source of energy. Learn what it is, how it is produced, its uses, and much more.

Comics featuring hydrogen. Good graphics for a presentation.

Information about the first element on the periodic table, Hydrogen, atomic number 1. Covers its history, sources, physical and atomic properties, places it occurs naturally on the Earth and in space, its many uses, and forms in which it...

WebElements offers a nice summary of basic information on hydrogen. Very thorough and clear. Highly recommended.

Here you can find out about hydrogen, the first element in the periodic table. Content includes shell information, where to find it in nature, and why it is helpful to us.

Chapter 22 of a report on the energy industry in Texas. It looks at hydrogen as an energy source, its history, and uses. The economic impact of the hydrogen energy sector in Texas is described, the consumption of hydrogen, methods of...

This lesson will define hydrogen bonding. It is 1 of 2 in the series titled "Hydrogen Bonding Definition."

Investigate why water properties make it unique and good at supporting life in this article. Learn about the life-sustaining properties of water that are caused by the hydrogen bonds that it forms.

Resource investigates how Bohr's model of hydrogen explains atomic emission spectra.

This site from Chemicool provides a set of tables summarzing all sorts of physical and chemical data on hydrogen.

Hydrogen peroxide (often used as a disinfectant) has also been approved for use in pesticides. This science fair project investigates whether hydrogen peroxide has any effects on seed germination or on roots of plant cuttings.

Acting as a subtopic of the General Chemistry Virtual Textbook's section on Atoms and the Periodic Table, this site discusses the hydrogen atom and its relation to spectrum. Included in the discussion is information on the Bohr model...

This site from Georgia State University gives information on the transitions of electrons between energy levels. The energy levels for electrons in the hydrogen atom are discussed. The Rydberg equation is stated and electron transitions...

From the Mad Scientist Network web site. Using a question and answer format, this page describes the various types of fusion processes and the physical requirements needed for their initiation and sustenance. Factors affecting the rates...

A site showing the structures of water and ice and explaining how they are affected by hydrogen bonds. Includes a movie animating hydrogen bond formation and disruption.

In this activity, young scholars will explore several different models of the hydrogen atom and compare and contrast them using an online java applet.

From the Atomic Archive - the online companion to the award-winning CD-ROM. This page (and the couple that follow from it) describe the use of fusion reactions in a hydrogen bomb. A schematic diagram of an H-bomb is given and discussed....

In this experiment, you will use a meterstick spectroscope to observe the emission spectrums of hydrogen, sodium, neon, helium, and mercury. Requires Java plug-in.

Describes hybrid vehicles and their contributions to increasing the efficiency of automobiles. Explains the challenges faced by the design team and shows a nice schematic. From a 1995 article.

Organized into question/answer format, this article on the hydrogen bomb provides a description of what this type of weapon is and how it works. Included is information on the countries that currently have and manufacture nuclear devices.

[Free Registration/Login may be required to access all resource tools.] Explains hydrogen bonds including why they form and changes of state.

This lesson will explain how to identify molecules that exhibit hydrogen bonding. It is 1 of 2 in the series titled "Hydrogen Bonding Identification."

The advantages and disadvantages of hydrogen fuel cell technology as a source for energy production are outlined. There is still much to be done in research and development before this energy source can be marketed widely.

How Bohr's model of hydrogen explains atomic emission spectra.