Search

Arrhenius equation

Input interpretation

first order Arrhenius equation
first order Arrhenius equation

Equation

k = A exp(-E_a/(R T)) | k | first order rate constant A | pre-exponential factor E_a | activation energy T | temperature R | molar gas constant (≈ 8.314 J/(mol K))
k = A exp(-E_a/(R T)) | k | first order rate constant A | pre-exponential factor E_a | activation energy T | temperature R | molar gas constant (≈ 8.314 J/(mol K))

Units

Input values

pre-exponential factor | 1×10^12 per second activation energy | 100 kJ/mol (kilojoules per mole) temperature | 298 K (kelvins)
pre-exponential factor | 1×10^12 per second activation energy | 100 kJ/mol (kilojoules per mole) temperature | 298 K (kelvins)

Results

first order rate constant | 2.964×10^-6 per second characteristic time | 93.7 hours
first order rate constant | 2.964×10^-6 per second characteristic time | 93.7 hours

Plot

Plot
Plot

Random Queries

formula of lithium p-toluenesulfinate vs ammonium persulfate
tensile yield strength of alkaline earth metals
Q-value of Ac-231
cleavage of aeschynite-(Y) vs ceriopyrochlore-(Ce)
lithium carbonate
KMnO4 + H2O2 = O2 + KOH + MnO2
sulfur trioxide
name of aluminum bromate nonahydrate
formula of lithium chromate dihydrate vs tantalum(IV) selenide
name of iron(I) cation