ReactionFlash vs Chemical Balancer & Elements

Want to refresh your memory on named chemical reactions before an exam or a group meeting? Get all the details with ReactionFlash(R) as a great way to learn named reactions, understand their mechanisms and view examples published in peer-reviewed literature. Designed and developed in consultation with Professor Dr. Erick M. Carreira of ETH Zürich, the app covers 1'266 named chemical reactions, by far the largest collection of Named Reactions. Professor Carreira has helped ensure that we have all the fundamental reactions that should be part of every chemist’s toolkit: from the best-known ones to the ones only Nobel Prize winners remember! The app is designed like a set of flash cards so it can be used as a learning tool as well as a reference. Each ‘card’ shows the reaction, its mechanism and examples from peer-reviewed, published literature. It also has a quiz mode that lets you test your knowledge. Linking into Reaxys enables you to find the most recent examples of each reaction, many with experimental details. Reaxys delivers experimental facts from the literature, enabling researchers to find the best synthetic routes and conditions. Find out more at https://www.elsevier.com/solutions/reaxys Download the app now and see if you know all the named reactions! Summary: - Learn named reactions - Review and understand mechanisms - Explore examples published in peer-reviewed literature - Take the ReactionFlash quiz and see how much you know If you need support, please contact us at reactionflash@elsevier.com. Reaxys and ReactionFlash are trade marks of Elsevier Limited, used under license.

Balance your chemical equations with the Chemical Balancer. Just enter the equation and get the coefficients for it. It supports elements with charges. Also includes the full list of periodic table elements. Get detailed info about all of the 118 elements. For every element you can see; - Atomic properties such as electronegativity and oxidation states... - Physical properties such as boiling and melting points, heat of vaporization... - Basic info for the elements such as discovery year, and whom it's discovered by... - A brief description of the element - List of isotopes. and lots of other info like CAS number and radioactivity... How to use? Enter your terms separated by the + symbol. A term can be consist of elements, groups, or a single electron. Element names must start with an uppercase character and continue with a lowercase character. For example, Fe is a valid input, but fe is not. Use parenthesis to group your elements, e.g., (OH). You can specify the count of the elements, groups, and terms with using a number after them, e.g., Fe2, (OH)3. You can set the charge of the term with the ^ symbol, the value of the charge and the sign, e.g. Fe^2+, F^1-, (OH)^1-. Electrons in the equations is represented with the e letter. The left side and the right side of the equation must be separated with the = symbol. Some equations cannot be balanced. And some equations have multiple independent solutions, means they are a combination of more than one equation. And some equations can be balanced by adding electrons to the left of the right side. You can use the Sample button to see some examples to help you enter your own equations.