Chemistry fans get excited as second round games in MORTAR AND PESTLE bracket draw near.

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Even given a weekend to come back to equilibrium, some chemistry fans are still perturbed by some of the results of first round play in the MORTAR AND PESTLE bracket. FTIR’s upset win over NMR has many a Monday morning spectroscopist splitting his peaks trying to analyze what went wrong. And while Ethanol is a perennial powerhouse in this conference, many tournament watchers had anticipated celebrating Caffeine at their Monday morning lab meetings.

Friday’s games were just the first step in a mutli-step synthesis of a tournament champion. Tomorrow, just four teams will emerge from the crucible of second round play in the Chemical Arena. The match-ups will be:

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Chemistry Conference first round results!

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The March weather in California has taken a turn for the beautiful this afternoon, but to chemistry conference fans, the natural beauty of the great outdoors is no match for the beauty of the competitions inside the Chemical Arena. The crowds donned their safety goggles and souvenir nitrile gloves and piled in to observe the action. The press box was a flurry of strip-charts and lab notebooks. After some excited play, here are the first round results:

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Chemistry is game on! (MORTAR AND PESTLE bracket opens)

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It’s time for a quick run down of the teams from the Chemistry Conference who made it to the tournament this Spring — some who we fully expected to see here, and a few surprises. But it’s also time for you, the fans, to make some noise in support of your favorite teams! If we follow your observations on these competitors down to the quantum level, they’re bound to effect the outcome (albeit in a probabilistic way).

Here are the first round match ups:

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Basic concepts: polar and non-polar molecules.

What list of basic concepts would be complete without a primer on polar and non-polar molecules?
You’ll recall that chemists live in a world made up of atoms and various assemblies and modifications thereof, which are, in turn, made up of protons, neutrons, and electrons. Protons (which have positive charge and some mass) and neutrons (which are just a squosh more massive than protons) hang out together in the nucleus of your atom, while electrons can be thought of as zipping around the nucleus.
When multiple atoms are part of an assembly in which they are bonded to each other, you have a molecule. For the moment, consider the “bond” between atoms in a molecule to be an electron-sharing arrangement that maintains a certain (average) spatial configuration between the nuclei of the bonded atoms. [1]

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