The Arrhenius Equation | Chemical Kinetics

In this video, we take a look at the Arrhenius Equation, which describes the relationship between the rate of a chemical reaction and temperature. We examine each component of the equation (frequency factor, exponential factor, activation energy, gas constant, and temperature). Finally, we use the Arrhenius Equation to solve a problem. Thanks for watching! šŸ˜€ šŸ”“ VIEW THE FULL VIDEO HERE šŸ‘‰    • ChemicalĀ Kinetics,Ā Vol.Ā 3Ā |Ā FridayĀ NightĀ L...Ā Ā  šŸ”“ VIEW THE "CHEMICAL KINETICS LIVESTREAMS" PLAYLIST HERE šŸ‘‰    • AcidsĀ andĀ BasesĀ LivestreamsĀ Ā  šŸ”” SUBSCRIBE šŸ‘‰ YouTube.com/BensChemVideos?sub_confir... Follow me on: šŸ”“ Facebook: fb.me/benschemvideos šŸ”“ Instagram: instagram.com/benschemvideos šŸ”“ Twitter: twitter.com/benschemvideos #ArrheniusEquation #ChemicalKinetics #Chemistry #Arrhenius #ActivationEnergy #ActivationBarrier #FrequencyFactor #ExponentialFactor #GasConstant #Termperature #Kelvins #ReactionRates #RateOfReaction #RateLaw #RateConstant