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18 Nov 2019
llege.com/course htmi courseld 14097959&OpenVellumHMAC 3219701dddca907213301909e2ece069410001 try.com/myct/itemView?assignmentProblemIO-85952744 ± Integrated Rate Laws previous 3 of 11 next The reaction is second order ated Rate Laws My Answers Give Up grated rate law is an equation that describes centration of a reactant over time (t) The ed rate law comes in different forms ing on the reaction order. The rate laws below en for a simple general reaction Correct From the concentration-time plots we can determine the order of the reaction and also the rate constant (which is represented by the slope of the straight Ine) A-+products Linear Integrated rate law graph Slope Part B Given that the rate constant for the decomposition of hypothetical compound X trom part A is 160M··min 1,caiculate the concentration of X after 100min In A] vs. t Express your answer with the appropriate units 1 vs. tk Hints (X1 = 1.059 M My Answets Give Up Incorrect: Try Again; 4 attempts remaining You determined in part A Shat this was a second order reaction Start by finding the corresponding imegrated rate law from the table given in the introduction Next, substitune values into this equation and finally solve for A by rearranging the equation Home End P9Up 5 6 8 9
llege.com/course htmi courseld 14097959&OpenVellumHMAC 3219701dddca907213301909e2ece069410001 try.com/myct/itemView?assignmentProblemIO-85952744 ± Integrated Rate Laws previous 3 of 11 next The reaction is second order ated Rate Laws My Answers Give Up grated rate law is an equation that describes centration of a reactant over time (t) The ed rate law comes in different forms ing on the reaction order. The rate laws below en for a simple general reaction Correct From the concentration-time plots we can determine the order of the reaction and also the rate constant (which is represented by the slope of the straight Ine) A-+products Linear Integrated rate law graph Slope Part B Given that the rate constant for the decomposition of hypothetical compound X trom part A is 160M··min 1,caiculate the concentration of X after 100min In A] vs. t Express your answer with the appropriate units 1 vs. tk Hints (X1 = 1.059 M My Answets Give Up Incorrect: Try Again; 4 attempts remaining You determined in part A Shat this was a second order reaction Start by finding the corresponding imegrated rate law from the table given in the introduction Next, substitune values into this equation and finally solve for A by rearranging the equation Home End P9Up 5 6 8 9
Bunny GreenfelderLv2
17 Apr 2019