Activity 4: TANGLED CATALYSTS PROCESSDirections: The diagrams and statements below show how a catalyst speeds up thisreaction but they are in the wrong order. Cut them out, then match up the statementsto the diagrams so they describe what is happening. Then, stick them down in thecorrect order. Use arrows to indicate the sequence and a separate sheet for youroutput.Molecules of reactant A form bondsThe product leaves the surfaceof the catalyst.with the active sites on the catalyst.The bonds in between the atoms ofthe molecule start to break.Molecules of reactant A come closeto active sites on surface of thecatalyst.Molecules of reactant B align itselfalongside reactant A.33 AM1/2021e to seBonds between the atoms inreactant B start to break as newones are formed between the atomsof reactant A and B.active sitesDeincks

Answered: Image /qna-images/answer/87149283-5260-4c1e-a977-4bfc91b0a22e.jpg

Activity 4: TANGLED CATALYSTS PROCESS Directions: The diagrams and statements below show how a catalyst speeds up this reaction but they are in the wrong order. Cut them out, then match up the statements to the diagrams so they describe what is happening. Then, stick them down in the correct order. Use arrows to indicate the sequence and a separate sheet for your output. Molecules of reactant A form bonds with the active sites on the catalyst. The bonds in between the atoms of The product leaves the surface of the catalyst. the molecule start to break. Molecules of reactant A come close to active sites on surface of the Molecules of reactant B align itself catalyst. alongside reactant A. 33 AM 1/2021 Bonds between the atoms in reactant B start to break as new ones are formed between the atoms of reactant A and B. active sites De in cks

Activity 4: TANGLED CATALYSTS PROCESS Directions: The diagrams and statements below show how a catalyst speeds up this reaction but they are in the wrong order. Cut them out, then match up the statements to the diagrams so they describe what is happening. Then, stick them down in the correct order. Use arrows to indicate the sequence and a separate sheet for your output. Molecules of reactant A form bonds with the active sites on the catalyst. The bonds in between the atoms of The product leaves the surface of the catalyst. the molecule start to break. Molecules of reactant A come close to active sites on surface of the Molecules of reactant B align itself catalyst. alongside reactant A. 33 AM 1/2021 Bonds between the atoms in reactant B start to break as new ones are formed between the atoms of reactant A and B. active sites De in cks

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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At 40^0c, H202 (aq) will decompose according to the foll. reaction: 2 H202 (aq) ----2H20(l) +02 (g) The foll. data were collected for the concentration of h202 at various times. Time. [H202] (mol/L) 0. 1.600 3.10*10^4 0.592 6.20*10^4. 0.219 (a) Calculate the average rate of decomposition in H202 between0 and 3.10 * 10^4 s. use this rate to calculate the average rate of production 02 (g) over the same time period. (b) What are these rates for the time period 3.10*10^4 s. to 6.20 *10^4 s.? Rate of H202 decomposition Rate of O2 Production
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