Need help filling out the table 201. Concentration of hypochlorite [OCl] in bleach from bottle0.805M2. Determine the concentration of each substance and the rate of the reaction and fill-in thechart.a. Calculate the concentration of Red Dye #3 and hypochlorite (OCl') in each trial. Showall calculations below the chart.b. Determine the rate of the reaction from the slope of the straight portion of theabsorbance vs. time graph for each trial.Vol. ofVol. ofVol. ofTrial#[Red Dye #3][OCH]RateWaterSoln 3Bleach12 mL3 mL1 mL4 mL1 mL1 mL32 mL2 mL2 mL42 mL1 mL3 mLTrial #1 Calculations:Trial #2 Calculations:

according to question, We can utilize strategy for Initial rates to take care of this issue, For…

Answered: 20 1. Concentration of hypochlorite…

Chemistry

9th Edition

ISBN:9781133611097

Author:Steven S. Zumdahl

Publisher:Steven S. Zumdahl

Chapter12: Chemical Kinetics

Section: Chapter Questions

Problem 97CWP: A reaction of the form aAProducts gives a plot of ln[A] versus time (in seconds), which is a...

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A reaction of the form aAProducts gives a plot of ln[A] versus time (in seconds), which is a straight line with a slope of 7.35 X 103. Assuming [A]0 = 0.0100 M, calculate the time (in seconds) required for the reaction to reach 22.9% completion.
The details of a chemical reaction between A and B, to produce the product C, is shown below. Use these data to answer items 25 to 30. Data 1 States: A = aqueous B = solid C = gas D = aqueous A B B. C. Data 2 с D 25. Which data provides information about the kinetics of the reaction? A. Data 1 Data 2 B. C. Data 3 D. Data 2 and 3 Ea AG 26. In what data do you see the qualitative description of the forming and breaking of intermolecular forces of attraction between the reactants? A. Data 1 Data 2 Data 3 D. Data 1 and 2 27. Which of the following descriptions is TRUE for the chemical reaction shown above? A. The reaction is classified as an exothermic reaction. B. The products will decrease if the reactants increase. C. The reaction is reversible if you add more heat. D. The reaction changes to exothermic reaction if heat is increased. Data 3
ZAn electrolytic cell was constructed from zinc and copper half-cells. The equation of the reaction is shown below. * Zn (s) + Cu* (ag) Zn" (ag) + Cu (s) The observed voltage was found to be 1.00 V instead of the standard cell potential, E of 1.10 V. Which of the following accounts for this observation? A. The solutions in the half-cells had different volumes. B. The copper clectrode was larger than the zinc electrode. C. The Zn solution was more concentrated than the Cu2* solution. D. The Zn electrolyte was ZnSO4, while the Cu electrolyte was Cu(NO)2
Remaining Time: 58 minutes, 17 seconds. * Question Completion Status: Study the reaction below and indicate which product will not formed in the reaction. OH of KMNO, OH H20. OH B OA.A O B. B O C. Both A and B will be formed D. None of the products will be formed es A Moving to the next question prevents changes to this answer. 4, Unit 4- Diastereo.m4v Open fls 3. Unit 4 - RAnd S.m4v 1. Unit 4 - Introduct.m4v Open file Open file 2. Ur Ope search a 99. %23 A ort
1. Experimental data: [A] [B] Rate (M/min) 0.015. 0.015 2.95 0.025 0.015 5.61 0.015 0.025 5.82 a. What is the Rate Law (calculate the orders to 2 decimals)? b. Calculate the Rate Law Constant (use the rounded-off orders & experiment 1). c. Calculate the rate (use the rounded-off orders) when [A] = .150 M and [B] = .550 M
1. A cube of aluminum 1.0 cm on each edge is placed into 9-M NaOH(aq), and the rate at which H2 gas is given off measured. a. By what factor will this reaction rate change if the aluminum cube is cut exacly in half and the two halves are placed in the solution? Assume that the reaction rate is proportional to the surface area, and thatall of the surface of the aluminum is in contact with the NaOH(aq). b. If you had to speed up this reaction as much as you could without raising the temperature, what would you do to the aluminum?
a. Rate = k [A] [B] b. Rate = k [B]² Rate = k [A] [B] Rate = k [A]² Rate = k [A] [B]2 c. d. e. 18. Which solute is not soluble in the given solvent for the solute-solvent pair? Solute Solvent water 1 2 3 HO a. 4 b. 3 c. 1 d. 2 O Br OH 1.030 M/S 5 water hexane hexane
I previously submitted this but I think the answer they gave was wrong. I dont think there is enough information to determine the rate law. Is that correct?
9. The reaction of magnesium (Mg) strip with hydrochloric acid (HCI) will proceed faster if A. the temperature is decreased B. a longer ribbon of Mg is used C. the concentration of HCl is increased D. a weaker acid such as acetic acid is added 10. Which of the following will hasten the rate of a reaction? * A. adding a catalyst B. diluting the reactants C. decreasing the surface area of a reactant D. decreasing the temperature of the reaction. 11. How many hydrogen atoms are there in seven (7) molecules of hydrogen gas? A. 2 H atoms B. 14 H atoms C. 7(6.022 x 10^23) H atoms D. 7/(6.022 x 10^23) H atoms 12. Choose the nonrenewable resourced that best match this description: less expensive * A. fossil fuel B. nuclear energy 13. If you calculate the maximum amount of product that could be obtained in a chemical reaction, you are calculating the A. actual yield B. experimental yield C. percent yield D. Okay theoretical yield 14. An increase in temperature will result in A. a less energetic…
In the reaction N2(g) + 2O2(g) ---- > 2NO2(g) what is the volume ratio of N2 to NO3 A. 2:5 B. 2:1 C. 1:2 D. 1:1
Consider the data from the previous question again. A-> B rate= 4.0 M/S B-->C rate = 1.5 M/min C-->D rate = 6.5 M/hour In the overall reaction A--> D, which step determines how fast the product D is made? a. A-->D Ob. A-->B O C. B-->C Od. C-->D
Does the amount of activated carbon used in the purification process important? O Yes. Since activated carbon adsorbs all compounds, the amount used should be increased, as this may result in a higher recovery of the desired compound. O No. Since activated carbon adsorbs all compounds to some degree, the amount used should be reduced, as this may result in a higher recovery of the desired compound. O Yes. Since activated carbon adsorbs all compounds to some degree, the amount used should be reduced, as this may result in a lower recovery of the desired compound. O No. Since activated carbon adsorbs all compounds, the amount used is not important, as this does not affect in the recovery of the desired compound.

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