Identifying zero order

[Glendy Gonzalez 1A]

How can you identify a zero order reactant based on a table? Is there a "shortcut"?

[Caroline LaPlaca]

There is no change in rate

[Sara Sasaki 1K]

you might also find this helpful for additional info!
https://chem.libretexts.org/Core/Physic ... _Reactions

[Kathleen Vidanes 1E]

You have to fully calculate the kinetic law. This can only be done if you know all of the elementary reactions involved.

[Varsha Sivaganesh 1A]

Yes, when looking at a table you would first make sure the concentration of the reactant you are looking for is the only one changing between two experiments. If the concentration of the reactant changes and the rate does not change, then you know it is 0 order because the concentration of that particular reactant does not affect the rate of reaction.

[Virpal Gill 1B]

If all other reactant concentrations remain the same and you change the concentration of the reactant of interest without changing the rate, then that reactant is zero order.

[AtreyiMitra2L]

You need the table to identify 0 order reactions