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CHEM 549 - Ill. Chicago Study Resources
  • 1 Page ttest
    Ttest

    School: Ill. Chicago

    Course: Chemical Kinetics And Dynamics

  • 2 Pages ps1
    Ps1

    School: Ill. Chicago

    Course: Chemical Kinetics And Dynamics

    Chemistry 549 Spring 2004 Problem Set 1 Due Monday, Feb. 2 Read Chapter 1. Do Problems 1.4, 1.8, and 1.9 in the textbook. Also do the following problems: 1. Consider the following network of first order reactions, with the indicated rate constants: x z, k

  • 1 Page PS2 Problem 4
    PS2 Problem 4

    School: Ill. Chicago

    Course: Chemical Kinetics And Dynamics

    Problem 4.

  • 2 Pages PS2 solutions a
    PS2 Solutions A

    School: Ill. Chicago

    Course: Chemical Kinetics And Dynamics

    problem1.nb 1 I n[138]:= H* Problems 1 and 2 k1 = 5 k2 = 3 *L "Problems 1 and 2" NDSolve@8x '@tD - k1 x@tD, x@0D 1, y'@tD k1 x@tD - k2 y@tD, y@0D 0, z'@tD k2 y@tD, z@0D 0, z11'@tD -x@tD - k1 z11@tD, z11@0D 0, z21'@tD x@tD + k1 z11@tD - k2 z21@tD, z21@0D 0

  • 8 Pages PS3 solutions a
    PS3 Solutions A

    School: Ill. Chicago

    Course: Chemical Kinetics And Dynamics

    problem2.nb 1 I n[625]:= matrix = - 88- k1m X0 - k2 Y0, k2m Y0<, 8k2 Y0, -k2m Y0 - k3< Print@"Eigenvalues are"D lambda = Eigenvalues@ matrixD pp = First@lambdaD Last@lambdaD Simplify@%D "First data set" k1 = 0.0002; k2 = 0.0001; k3 = 0.01; k1m = 0; k2m =

  • 1 Page PS3 solutions b
    PS3 Solutions B

    School: Ill. Chicago

    Course: Chemical Kinetics And Dynamics

    problem4.nb 1 I n[282]:= DD = 10; t = 5; Plot@ NIntegrate@1 Sqrt@4 Pi DD tD Exp@-x ^2 H4 DD tLD, 8x, - x0, x0<D , p 8x0, 0, 50<, PlotRange -> All, AxesLabel 8"X0", "pHx0L"<D Hx0 L 1 0.8 0.6 0.4 0.2 10 Out[283]= Graphics 20 30 40 50 X0

  • 3 Pages ps3
    Ps3

    School: Ill. Chicago

    Course: Chemical Kinetics And Dynamics

    Chemistry 545 Spring 2004 Problem Set 3 Due Wednesday, February 25 Reading assignment: Finish reading through Section 8.1 1. Do problem 5.2 Note that in part (b) there is a typographical error: The left hand side of each of the equations is a time derivat

  • 2 Pages ps4
    Ps4

    School: Ill. Chicago

    Course: Chemical Kinetics And Dynamics

    Chemistry 549 Spring, 2004 Problem Set 4 Due Monday, April 12 Read Chapter 10 and Appendices 1 and 2. 1) Problem 10.6 in the text, 2) Write a Mathematica program to calculate the rate constant for a general collinear reaction of the form A + BC products Y

  • 16 Pages ps5 solutions
    Ps5 Solutions

    School: Ill. Chicago

    Course: Chemical Kinetics And Dynamics

  • 2 Pages ps5
    Ps5

    School: Ill. Chicago

    Course: Chemical Kinetics And Dynamics

    Chemistry 549 Spring, 2004 Problem Set 5 Due Friday, April 30 These proble ms are based on the material in Chapters 8, 9, and 11 plus the supplementary material handed out in class. 1. Problem 11.1 2. Problem 11.2 3. Use the RRKM program to calculate the

  • 1 Page solution kinetics
    Solution Kinetics

    School: Ill. Chicago

    Course: Chemical Kinetics And Dynamics

    There was some confusion between number and number density. Let N be the number of molecules in volume V. Then the number density is n=N/V. In the book, N is written as n, n is written as c, and nB is written as [B]. The flux of molecule i is given by i

  • 9 Pages PS1 solutions
    PS1 Solutions

    School: Ill. Chicago

    Course: Chemical Kinetics And Dynamics

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