In investigation 9 you will determine the reaction order with respect to the concentration of crystal violet for the decolorization reaction of crystal violet in the presence of hydroxide ion (OH- ). To do this, you will use the “flooding technique”. Why is it necessary to use the flooding technique and how will it be performed? Explain in a short, understandable way.

In investigation 9 you will determine the reaction order with respect to the concentration of crystal...
In the experiment we used the absorbance of crystal violet vs time to construct graphs to determine the reaction order with respect to crystal violet. Useing Beer's Law (A=abc) explain why the absorbance of crystal violet can be substituted for reactant concentration on the graphs. (in detail) thank you!
TABLE 1. Concentration of crystal violet versus time in the crystal violet reaction (make calculations for the third and fourth column and graph the results vs time) Time (min) [A] (molar conc.) In [A 1.000 0.893 0.806 0 (initiall 40.735 5 6 ーに。 0.676 0.625 0.581 0.543 0.510 0.481 0.454 0.431 0.410 -О-593 11.72 -067834 9 10 12 QUESTIONS 1) Is the reaction first-order or second-order? Explain. 2) Calculate the rate constant from the equation for the appropriate graph. 3)...
rate law determination of crystal violent reaction
one will be Stream TABLE 1. Concentration of crystal violet versus time in the crystal violet reaction the outerwo (make calculations for the third and fourth column and graph the results vs time) (make calculations for the t o p N use 3 decimal Time (min) [A] (molar conc.) In (A) 1/[A] 0 (initial) 1.000 When doing the 0.893 1-0.113 gruph also ad 0.806 -ba15 1.240 - por 0.735 -0.307 1.3600 0.676 0.3911...
7.00mL of 0.00750 M
Integrated Chemical Kinetics Determination of the Rate Law for the Crystal Violet/Hydroxide ion reaction Page 7 Pre-laboratory Assignment Name: Show all work in your lab notebook and box your final answers. Express to correct sig figs and include units 1) 7.00 mL of 0.00750 M CV solution was diluted to 10.0 mL. Calculate the Beer's law constant ko if the diluted solution's absorbance was measured to be 0.275 using a spectrophotometer. 2) 25.0 mL of a...
question 3 please
Integrated Chemical Kinetics Determination of the Rate Law for the Crystal Violet/Hydroxide ion reaction Page 7 Pre-laboratory Assignment Name: Show all work in your lab notebook and box your final answers, Express to correct sig figs and include units 1) 7.00 mL of 0.00750 M CV solution was diluted to 10,0 mL. Calculate the Beer's law constant Ks if the diluted solution's absorbance was measured to be 0.275 using a spectrophotometer. 2) 25.0 mL of a solution...
**DO NOT need all of them done if do not want too, BUT it
would be awesome if a few from both sides were done with work
shown. I have no idea how to do it. Thank you so much.
In order to Calculate the rate for both reactions (trial one
and try to) use the change in concentration and change in time
information between three and four minutes.
EXP 3 DATA SHEET Chemical Kinetics - Read-Only - Compatibility Mode...
1. With respect to the aqueous Suzuki coupling you have just
performed, would you expect this reaction to have similar success
with both p-bromobenzoic acid and p-bromobenzyl alcohol? Why or why
not?
I have given the reaction of the Suzuki coupling reaction that
is referred to above. Please explain why the Suzuki reaction would
be as successful or not as successful as its use with iodosalicylic
acid.
OH (HO),B- 1) Po(OAC),-L2 Na2CO3, H20.70 °C 2) 1 M aq. HCI (acidic...
3.0 Ms1 2.4 x 101 Ms"1 4.6 x 10 Ms 2.2 x 102 Ms1 Key Consider the reaction L2(g)+X2(g)→ products. Two trials were performed in the same container at the same temperature. The initial rate was found to decrease by a factor of 2.83 when the molar concentration of X2 was halved and the molar concentration of L2 was unchanged a. Can you determine the order with respect to L2, using the information given above? If yes, determine the 5...
Prelab Question... Obj - Use titration to determine hydroxide concentration in solutions of saturated calcium hydroxide, and from these determine the solubility and solubility product constants for calcium hydroxide in the presence and absence of another solute. Question is -- You need standard aqueous HCl of about 0.04 M concentration. Explain why you need to dilute a whole-number volume rather than use the precise volume required to give 0.040000 M HCl. For example, assuming you had 0.1164 M HCl you...
A calorimetry investigation is performed to determine the heat of neutralization when hydrochloric acid and sodium hydroxide solutions are mixed. Write the complete chemical equation for the reaction between hydrochloric acid and sodium hydroxide. Write the net ionic equation for the reaction between hydrochloric acid and sodium hydroxide. The procedure then calls for measuring 50.00 mL of each 0.10 molar solution. Why is it important to measure the volumes as accurately as possible? What is the most accurate measuring instrument...