the rate constant k for the first order gas phase decomposition of ethyl iodide
C2H5 ---> C2H5 +HI is1.6*10 POWER -5 AT 600K AND 6.36 -10 POWER -3 AT 700K
CALCULATE THE ENERGY OF ACTIVATION FOR THIS REACTION

Question

the rate constant k for the first order gas phase decomposition of
ethyl iodide
C2H5 ---> C2H5 +HI is1 6*10 POWER -5 AT 600K
AND 6 36 -10 POWER -3 AT 700K
CALCULATE THE ENERGY OF ACTIVATION FOR THIS
REACTION

Lalit Kumar Sethia · Accepted Answer

the rate constant k for the first order gas phase decomposition of ethyl iodide C2H5 ---> C2H5 +HI is1.6*10 POWER -5 AT 600K AND 6.36 -10 POWER -3 AT 700K CALCULATE THE ENERGY OF ACTIVATION FOR THIS REACTION

the rate constant k for the first order gas phase decomposition of ethyl iodide
C2H5 ---> C2H5 +HI is1.6*10 POWER -5 AT 600K AND 6.36 -10 POWER -3 AT 700K
CALCULATE THE ENERGY OF ACTIVATION FOR THIS REACTION