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2. from your results in part A, calculate the time for the blue color to appear for this system if 1.5 mL KI, 1.5 mL KCL, 1.0mL (NH4)2S2)8 and 1.0mL Na2S2O3 from Table 15-1 are mixed.
4. Use your data from experiments 2,4,5 and the Arrhenius Equation
log k2/k1=Ea/2.303R(T2-T1/T2T1)
to calculate the value of Ea for this reaction. How does this value compare with that obtained from the slope of the plot? Which one do you think is more accurate? Explain.
5. Do your data agree with the postulate that the reaction rate will double for a 10 degrees Celcius rise in temperature? Support your answer with a calculation.
NO (g) + O3 (g)-> NO2 (g) + O2 (g) For the reaction given, the frequency factor A is 8.7 x 1012 s-1 and the activation energy is 63 kJ/mol. What is the rate constant for the reaction at 75°C.
write the full electronic configuration for sr he zn
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A feed mixture of ethanol and water is 40 mole % ethanol. The feed is at 200 degrees Celcius and is at a high enough pressure that it is liquid. It is input into the column through a valve, where is flashes. Column pressure is 1 kg/cm^2. Find the ..
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For the first-order reaction below, the initial concentration of A is 0.240 M. If the concentration of A decreases to 0.0800 M after 21.8 hours, what is the half-life of the reaction
During a photochemical smog episode in a coastal city, the steady-state concentration of oxygen radicals at ground level was measured to be 0.09 ppmv at 25 degrees celsius.
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solid calcium carbonate caco3 is able to remove sulphur dioxide from waste gases by the reactioncaco3 so2 other
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