The table to the right gives the mantrations of Cquig) as a

in /by

The table to the right gives the mantrations of Cquig) as a

What is the value of the rate constant in the question (pic)?
The table to the right gives the mantrations of Cquflig) as a function of [02H40] “51)time at a certain temperature for fluefoliewing reaction _W _E_011465Callioh‘} _> Cfldtgi’i‘Cdg’} ?5.0 0.02?4 9?.0 Verify mel this is a first-order reaction by plotting IrECfl-MO] versus time and 0,0174 135,0determining the value efthe rate constant.

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