![]() Finally, it divides the sum of Ti * exp(Ea / (R * Ti)) by the sum of exp(Ea / (R * Ti)) to obtain the MKT. ![]() Similarly, it calculates the value of exp(Ea / (R * Ti)) for each interval and sums these values (Σ exp(Ea / (R * Ti))).It then multiplies Ti by this value for each interval and sums these values (Σ(Ti * exp(Ea / (R * Ti)))).For each time interval i, it calculates the value of exp(Ea / (R * Ti)), where exp represents the exponential function.R: The gas constant, which is usually given as 8.314 J/(mol*K).Ea: Activation Energy of the substance in Joules per mole Kelvin (J/(mol*K)).Ti: Temperature measured at each time interval in Kelvin (K).Σ: Represents the summation or sum over a specific time period or interval (from i = 1 to n, where n is the number of time intervals).MKT: Mean Kinetic Temperature in Kelvin (K). ![]() The formula for calculating MKT is as follows: The Mean Kinetic Temperature (MKT) calculator uses a formula to calculate the mean kinetic temperature based on temperature data collected over a series of time intervals. About Mean Kinetic Temperature Calculator (Formula)
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