We have the following equilibrium reaction: Acetic Acid () + Isopentyl Alcohol () Isopentyl Acetate (+ Water () How would we get the reaction to move backwards? Select all that apply. O Removing isopentyl alcohol Increasing concentration of acetic acid O Removing water O Decreasing concentration of isopentyl alcohol O Adding isopentyl acetate O Removing acetic acid

We have the following equilibrium reaction: Acetic Acid () + Isopentyl Alcohol () Isopentyl Acetate (+ Water () How would we get the reaction to move backwards? Select all that apply. O Removing isopentyl alcohol Increasing concentration of acetic acid O Removing water O Decreasing concentration of isopentyl alcohol O Adding isopentyl acetate O Removing acetic acid

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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b Jock Part A The following diagrams show the chemical reaction entrol over a four-hour time period. If C is blue and D is yellow, state whether or not the reaction has reached equilibrium in this time period. 1h esc Submit Provide Feedback alt The reaction has reached equilibrium because the total number of reactants and products does not change; the total concentration of C and D has not changed between 1 and 4 h. The reaction has not reached equilibrium because the number of reactants and products is still changing; the concentrations of C and D are still changing between 3 and 4 h. The reaction has reached equilibrium because the volume of the system does not change; the volume of the system has not changed between 1 and 4 h. The reaction has not reached equilibrium because the rate of the reaction is still changing; the rate of the reaction is still changing between 1 and 4 h. option 2 h Request Answer Q A Z 5.769 3h 2 W S AUG 9 VI X H command 4h #3 20 & F3 E D C OOD 100 F4 R F %…
Consider the exothermic reaction: C2H4(g) + I2(g) = C2H412(g) In trying to maximize the amount of C2H412 produced, which of the following will not work? Assume that the reaction mixture reaches equilibrium. O increasing the temperature O decreasing the volume of the reaction vessel O increasing the amount of C2H4 O adding more l2
Consider the reversible reaction N2 + 3H2 = 2NH3 If one adds extra H2 to an equilibrium mixture containing N2, H2 and NH3: a) more N2 will be formed b) more NH3 will be formed c) no change will take place d) new compounds will be formed If one adds a catalyst to an equilibrium mixture containing N2, H2 and NH3: a) more H2 will be formed b) more NH3 will be formed c) no change will take place d) new compounds will be formed The ∆H for this reaction is (-)5.7 kilojoules per mole. If one increases the temperature of an equilibrium mixture containing N2, H2 and NH3: a) more N2 will be formed b) more NH3 will be formed c) no change will take place d) new compounds will be formed Increasing the pressure of an equilibrium mixture containing N2, H2 and NH3: a) more N2 will be formed b) more NH3 will be formed c) no change will take place d) new compounds will be formed
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16) A chemical reaction has reached equilibrium when A) the concentrations of reactants and products are equal. B) all reactants have been converted to products. C) all products have been removed from the reaction mixture. D) the rate of the forward reaction equals the rate of the reverse reaction.
which statement is true?
d. Suppose you add compound E to the equilibrium mixture. Compound E reacts with compound D which is a component of the equilibrium to form compound F as described in the equation below. E + D Which compound is removed from the equilibrium mixture when you add compound E to the mixture? (Enter "correct" for ALL correct answers.) • B D e. What shift in the equilibrium will occur as a result of the addition of compound E? (Enter "correct" for the correct shift.) A + B C + D (shift to the right) A + B C + D (shift to the left)
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