@freak1east: This is done by using pseudo-first order approximation. One reactant is made to be much larger in concentration than the other, so that it's concentration changes very little as the reaction progresses. You can then monitor [A] vs time for one reactant only. Try googling "pseudo first order" and see what you find or visit with your professor or TA.
besides this, is there anyother way besides graphing? cuz on an actual test u cant use this and graphing takes long.
thank you
reyrey389 1 week ago
THANK YOU SO MUCH.♥ IT HELPED ME A LOT.
ShEwHyLL 2 months ago
Thank you so much!
CalixLuv 5 months ago
Thanks! This helped me immensely!
kelsafish 1 year ago
That was exactly what i needed! thank you soo much for the help!
nodough12 2 years ago
@freak1east: This is done by using pseudo-first order approximation. One reactant is made to be much larger in concentration than the other, so that it's concentration changes very little as the reaction progresses. You can then monitor [A] vs time for one reactant only. Try googling "pseudo first order" and see what you find or visit with your professor or TA.
profpiersol 2 years ago
Hey could you please help me with plotting a graph for a second order reaction with two reactants of a different concentration
freak1east 2 years ago
Thank you for posting this video! I know know how to use excel to find the reaction order!
moondittostar 2 years ago