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The value of k as a function of temperature is k_(T)=k_(20)theta ^((T-20)) where k_(20) is the rate constant at 20deg C(d^(-1)),k_(T) is the rate

The value of

k

as a function of temperature is\

k_(T)=k_(20)\\\\theta ^((T-20))

\ where

k_(20)

is the rate constant at

20\\\\deg C(d^(-1)),k_(T)

is the rate constant at any temperature

(d^(-1)),T

is temperature

(\\\\deg C)

and

\\\\theta

is a temperature dependence factor. Use Solver in Excel to find

\\\\theta

from this data:\ \\\\table[[Temp

(\\\\deg C)

,

k(d^(-1))
image text in transcribed
4. The value of k as a function of temperature is kT=k20(T20) where k20 is the rate constant at 20C(d1),kT is the rate constant at any temperature (d1),T is temperature (C) and is a temperature dependence factor. Use Solver in Excel to find from this data: 4. The value of k as a function of temperature is kT=k20(T20) where k20 is the rate constant at 20C(d1),kT is the rate constant at any temperature (d1),T is temperature (C) and is a temperature dependence factor. Use Solver in Excel to find from this data

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