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Question 2 10 pts Determine whether the oxidation of FeO(s) to Fe2O3(s) occurs spontaneously at 298...
Question 4 10 pts Determine the temperature above which the following reaction will become spontaneous (consider C(s) to be graphite): Cu2O(s) + C(s) + 2Cu(s) + CO(g) For full credit be sure to upload a copy of All work necessary to arrive at the answer for this question. Please note that work submitted of any kind that is not clear, legible, complete or in a format that can be opened by the instructor will be given a grade of zero!...
Question 3 10 pts Use AH; and SⓇ values to calculate AG® (AG.rn) at 25°C for this reaction: 2NO(g) + O2(g) + 2NO2(g) For full credit be sure to upload a copy of All work necessary to arrive at the answer for this question. Please note that work submitted of any kind that is not clear, legible, complete or in a format that can be opened by the instructor will be given a grade of zero! Upload Choose a File
Question 5 10 pts (A) Calculate AG for the reaction: 2H20 (1) = H3O+ (aq) + OH- (aq) at 25°C given the following initial concentrations, and thermodynamic values: [H30*) - 1.0 x 10-12 M and (OH) = 2.0 x 108M Substance AG; (H) 34.0 H30+ (aq) OH(aq) H2O(1) 1595 -237 (B) Predict the direction in which the reaction will proceed spontaneously to establish equilibrium. For full credit be sure to upload a copy of All work necessary to arrive at...
Need to graph in excel, complete numbers 1 and 2. will thumbs
up for completing correctly. thank you
The decomposition of ozone is important to many atmospheric reactions: 03 (9) 02 (9) + 0 (9) A study of the kinetics of the reaction resulted in the following data: Temperature (K) Rate Constant ( Ms) Temperature (K) Rate Constant (M 1.54) 600 3.37 x 10 1300 7.83 x 10 700 4.85 x 104 1400 1.45 x 100 800 3.58 x 10...