x -- 2Y + z

6. The decomposition of gas X to produce gases Y and Z is represented by the equation above. In a certain experiment, the reaction took place in a 5.00L flask at 428K. Data from this experiment were used to produce the information in the table below, which is plotted in the graphs that follow. a. How many moles of X were initially in the flask? b. How many molecules of Y were produced in the first 70 minutes of the reaction? c. What is the order of this reaction with respect to X ? Justify your answer. d. Write the rate law for this reaction. e. Calculate the specific rate constant for this reaction. Specify units. f. Calculate the concentration of X in the flask after a total of 140 . minutes of reaction