Relaxation Time of Reversible First Order in Chemical Kinetics Formulas

Relaxation time of Reversible First Order is the time in which deviation in the conc. of reactant from equillibrium conc. after time becomes 1/e times of the initial conc. in the conc. of reactant. And is denoted by ζ. Relaxation Time of Reversible First Order is usually measured using the Second for Time. Note that the value of Relaxation Time of Reversible First Order is always negative.

Formulas to find Relaxation Time of Reversible First Order in Chemical Kinetics

fxRelaxation Time of Reversible First OrderGo

List of variables in Chemical Kinetics formulas

fx Forward Rate Constant Go

fx Rate Constant of Backward First Order Go

FAQ

What is the Relaxation Time of Reversible First Order?

Relaxation time of Reversible First Order is the time in which deviation in the conc. of reactant from equillibrium conc. after time becomes 1/e times of the initial conc. in the conc. of reactant. Relaxation Time of Reversible First Order is usually measured using the Second for Time. Note that the value of Relaxation Time of Reversible First Order is always negative.

Can the Relaxation Time of Reversible First Order be negative?

Yes, the Relaxation Time of Reversible First Order, measured in Time can be negative.

What unit is used to measure Relaxation Time of Reversible First Order?

Relaxation Time of Reversible First Order is usually measured using the Second[s] for Time. Millisecond[s], Microsecond[s], Nanosecond[s] are the few other units in which Relaxation Time of Reversible First Order can be measured.

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