For an instantaneous rate of change geometry can be used to

Last updated: 4/27/2023

For an instantaneous rate of change geometry can be used to approximate the value The symbol an instantaneous change in a value 1 What is true about the reactant concentration over time 0 20 0 15 mol 0 05 A Reactant At 3 Circle the time at which the magnitude of the instantaneous rate of change is the lowest i e during which time is the tangential slope least negative This is the time when the reactant is changing least over time 0 00 constant Concentration of reactant vs time Rate Slope 1 06x10 2 M sec d Reactant dt 10 Time sec 15 is needed but algebra is used to denote 20