Calculate the rate constant at 25 oc

Reference no: EM13715276

Problem- Use either of the temperature / rate constant pairs given in problem 21, along with the activation energy you found in that problem, to calculate the rate constant at 25 oC.

in the previoius problem (21):

K1= 2.5x10^-3 K2=1.50x10^-1

T1= 335.15 T2=375.15

Please explain why you chose your answer!

Reference no: EM13715276

Questions Cloud

Calculate the mole fraction of thiophene in the solution : The density of toluene (C7H8) is 0.867g/mL, and the density of thiophene (C4H4S) is 1.065 g/mL. A solution is made by dissolving 8.80g of thiophene in 270mL of toluene.

What would be the volume of 2.54 kg of the sample in ml : If the specific gravity of a sample of organic liquid is 0.878, what would be the volume of 2.54 kg of the sample in mL?

Solution are mixed with kcl solution will a precipitate form : 50 mL of a .002M Pb(NO3)2 solution are mixed with 50 mL of a .004M KCl solution. Will a precipitate form? why or why not

Calculate the concentration of the cd^2+ : CdS is dissolved in water until the solution is saturated. Ksp for CdS is 9 x 10^-26 at 25 celsius. Calculate the concentration of the Cd^2+ in the solution

Calculate the rate constant at 25 oc : Use either of the temperature / rate constant pairs given in problem 21, along with the activation energy you found in that problem, to calculate the rate constant at 25 oC.

A sample of oxygen gas that contains onehalf of avogadro''s : A sample of oxygen gas that contains onehalf of Avogadro's number of molecules has a mass of

Explain alkynes have the general molecular formula : Alkynes have the general molecular formula CnH2n-2. Thus, when n = 2, the alkyne is C2H2, etc. If an alkyne has a molecular mass between 75 and 85, this alkyne is

Convert 96 kg/l to lb/cm3 : Convert 96 kg/L to lb/cm3. Show unit cancellation AND express your answer in scientific notation.

Define the molecular weight of isopropyl alcohol : An independent experiment showed that the molecular weight of isopropyl alcohol is approximately 62. The molecular formula therefore is

User Account

All Pages