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...ity is the product of [[concentration]] and [[activity coefficient]]. Most chemists determine equilibrium constants in a solution with a high [[ionic strength] ...d. An equilibrium constant of 1 means that both sides are equally popular. Chemists perform experiments to measure the equilibrium constant of various reaction ...

When chemists talk about equilibrium constants, they call reactions with large K values f ...s important as it helps in understanding how a reaction happens. It allows chemists to calculate how much products will be formed from a reaction. ...

[[Category:German chemists]] ...

...chemical kinetics|kinetics]] at the DuPont [[Experiment]]al station. Most chemists studying [[condensation polymerization]] believed that the [[Reactivity (ch ...roved chemists' understanding of the kinetic [[equation]]s. It also helped chemists to understand the distribution of the polymer sizes. ...

...rm a number of [[predict]]ions made by [[theoretical chemistry|theoretical chemists]]. Cheletropic reactions confirm the conservation of molecular orbital symm ...mperatures were measured for seven of the dienes. From these measurements, chemists used the [[Arrhenius equation]] to calculate the enthalpy of activation (ΔH ...

...large amount of air must be refrigerated to extract a small amount of CO2. Chemists can also use several different [[chemical reaction]]s to separate carbon di ...

...ernative [[SN2 reaction|S_N2 reaction]] occurs. Among inorganic chemists, the S_N1 reaction is often known as the ''dissociative mechanism Because the first step is the bottleneck or "[[rate-determining step]]" chemists classify the entire reaction mechanism as S_N1. Only one molecule ...

Chemists study symmetry to explain how [[crystal]]s are made up and how [[chemical r ...ange. Every molecule has this element. The identity symmetry element helps chemists use mathematical group theory. ...

[[Category:Chemists]] ...