Integrated rate laws on the DAT

[Faris_]

Couldn't find solid info about this so here we go. Should I memorize all 0,1st, and 2nd order equations and slopes and the ln version of Arrhenius equation along with the half life of all orders or are questions about this subject are easy enough to pull off without equations? TIA

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[MGA100]

Indeed you should, my friend. Indeed you should.

 

[DAT Destroyer]

Couldn't find solid info about this so here we go. Should I memorize all 0,1st, and 2nd order equations and slopes and the ln version of Arrhenius equation along with the half life of all orders or are questions about this subject are easy enough to pull off without equations? TIA

Make sure that you know the graphs of ZERO, FIRST, and SECOND order reactions......along with how to work with kinetic data. This includes getting the rate law, solving for the rate constant, and determining reaction rate in another trial. No need to memorize Arrhenius equation... but understand that as Temperature increases, rate constant increases. Hope this helps

Dr. Romano

 

[Faris_]

Indeed you should, my friend. Indeed you should.

Make sure that you know the graphs of ZERO, FIRST, and SECOND order reactions......along with how to work with kinetic data. This includes getting the rate law, solving for the rate constant, and determining reaction rate in another trial. No need to memorize Arrhenius equation... but understand that as Temperature increases, rate constant increases. Hope this helps

Dr. Romano

Thanks for the input. Back to the grind it is.