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1A. The graphs of a general decomposition chemical reaction is below: [A] vs time In [A]...
13. Use the information below to answer the following: [A] vs time In[A] vs time 1/ [A] vs time 0.20 -2.0 0.15 k= - slope 60 In[A] [A]. -3.0 mol L 40 1 [A] 20 0.05 -4.0 0.00 -5.0 20 15 Time. sec. 15 Time, sec 10 15 Time, sec. Above is the graphical data for a general decomposition of a certain gas. If a reaction that follows the same pattern as above, has the intial concentraion of the gas...
. Use the information below to answer the following: Al vs time In[A] vs time So /A vs time 0.20 50 -2.0 In(A) 3.0 0.15 40 1kslope mol -4.0 0.05 10 0.00 200 -- 300 10O 200 300 Time. sec 100 200 100 Time. sec Time. sec Above is the graphical data for the decomposition of a certain gas. If the intial concentraion of the gas is 3.045 x 102M and the rate constant is 2.451 x 103 Is. What...
For questions 1-10 you will consider the following chemical reaction - the catalyzed decomposition of amino acid (B) - for which you know the overall chemical reaction, but the mechanism is unknown. Overall chemical reaction: 2B(aq) → B'(aq) + H20(1) You also have access to the following experimentally obtained kinetics data for the reaction at 290 K and 300K. Concentration (M) of B vs. Time (day) Time @ 290K @300K 0 0.90 0.75 1 0.80 0.60 2 0.70 0.45 3...
Dr. Raphael Shell created a concentration vs time graph for the following chemical reaction: 2 AB2 〓 4 B + 2 A. He observed that it took one hour to complete the first half-life, 30 min to complete its second half-life and 15 minutes to complete the third half-life. Also, doubling or tripling the concentration of the reactant shows no effect on the rate of reaction.a) Determine the (general or incomplete) RATE LAW for this reaction based on the information provided above. b) Using...
I need help with both questions!!!! 3. Consider the second order reaction A → products. The rate constant for the reaction at 25 deg C is 0.350 M's? If the initial concentration of A is 0.800 M, what is the concentration after 4 seconds? a) .165 M b) .197 M c) .377 M d) .400 M e) .454 M 4. A student records the concentration of 12 as a function of time and prepares the graphs shown below. What can...
For a 1st order reaction the logarithm of concentration is linear to time. The linear equation of the following curve is lnC = lnC0 – 0.2t; where C is the molar concentration (M) of a reactant, C0 is the molar concentration at time t = 0 (the starting concentration or the initial concentration), and in this particular case C0 = 10 M; and t is time in seconds. What is the slope (and the unit) of the curve? What will...
Matlab 5. (10 pts) The following table shows data from a chemical reactor as a reaction is taking place. The concentration of the reactant is monitored as a function of time. 10 20 30 40 50 60 70 80 90 100 Time (s) Concentration (mg/L) 100 36.8 135 5 18 17 1.6 1.5 1.4 1.3 1.2 write a MATLAB script to generate a plot of concentration (y-axis) vs. time (x-axis). Use a black solid line with a circle as the...
Question 3 Sample Data and Graphs Solution A Reaction Time Reaction Rate (sec) Experiment 0.1 M KIO, (sec) Water 1 50 mL 150 mL 17 0.0606 7 100 mL 100 mL 0.125 3 25 mL 175 mL 33 0.0303 4 20 mL 180 mL 45 0.0222 80 mL 120 mL 10 0.100 25 sec (predicted) 26 sec (actual) Challenge! 33 mL. 167 mI. 50 40 30 20 10 C 50 100 150 C Volume of KIO, (mL) 0.16 0.12 R...
x The chart below shows concentration vs. time data for the decomposition of hydrogen peroxide according to 2 H2O2(aq) -> 2H2000. Oxle) What is AH2021At from 434 minutes to 1302 minutes? Time (min) [H202] (M) 0 9.12 x 10 434 5.66 x 102 868 3.51 x 102 1302 2.18 x 102 Selected Answer: AH202 = 8.02 x 105 Mümin Answers AH202A - 100 x 105 min 1 ALH2021A - 2.00 x 10-SM min1 AH2O2A - 4.01 X 105 M min-1...
Name For cadh e position v time graphs below illustrates the position of freo falling objectas. graph, determine the a initial height, h,; b. initial vclocity, v c. maximum height, d. final velocity, v, of the trip, e. total time of the trip. The acceleration of all object is -10 m/s? r(m) Position versus Time 140 120 100 80 G0 40 20 t(s) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 eight,h, n...