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 ** Site#: 29624 E-mail support:    MrMOPAC@ATT.net    Version 18.305W 64BITS **
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 ** Cite this program as: MOPAC2016, Version: 18.305W, James J. P. Stewart,   **
 ** Stewart Computational Chemistry, web-site: HTTP://OpenMOPAC.net.          **
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 **                                                                           **
 **                                MOPAC2016                                  **
 **                                                                           **
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                              MNDO CALCULATION RESULTS

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 *  CALCULATION DONE:                                Wed Nov 21 11:20:49 2018  *
 *  MNDO       - The MNDO Hamiltonian to be used
 *  FORCE      - FORCE CALCULATION SPECIFIED
 *  T=         - A TIME OF 172800.0 SECONDS REQUESTED
 *  DUMP=N     - RESTART FILE WRITTEN EVERY  7200.000 SECONDS
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MNDO force
 Calculate the vibrational frequency of HCl

   ATOM   CHEMICAL          X               Y               Z
  NUMBER   SYMBOL      (ANGSTROMS)     (ANGSTROMS)     (ANGSTROMS)
 
     1       H          0.00000000      0.00000000      0.00000000   
     2      Cl          1.34818168  *   0.00000000      0.00000000   
 


          CARTESIAN COORDINATES 

    NO.       ATOM           X           Y           Z

     1         H          0.0000      0.0000      0.0000
     2        Cl          1.3482      0.0000      0.0000

  H: (MNDO): M.J.S. DEWAR, W. THIEL, J. AM. CHEM. SOC., 99, 4899, (1977)
 Cl: (MNDO): M.J.S.DEWAR, H.S.RZEPA, J. COMP. CHEM., 4, 158, (1983)

           Empirical Formula: H Cl  =     2 atoms



      MOLECULAR POINT GROUP   :   C*v 


      RHF CALCULATION, NO. OF DOUBLY OCCUPIED LEVELS = 4



          HEAT OF FORMATION =     -15.263006 KCALS/MOLE


          CARTESIAN COORDINATE DERIVATIVES

   NUMBER  ATOM         X            Y            Z

     1       H      0.023921     0.000000     0.000000
     2      Cl     -0.023921     0.000000     0.000000
 


          GRADIENT NORM =   0.03383


          TIME FOR SCF CALCULATION =    0.02

          TIME FOR DERIVATIVES     =    0.00

          MOLECULAR WEIGHT =   36.46



          ROTATIONAL CONSTANTS IN CM(-1)

          A =    0.00000000   B =    9.46360620   C =    9.46360620



           PRINCIPAL MOMENTS OF INERTIA IN UNITS OF 10**(-40)*GRAM-CM**2

          A =        0.0000   B =        2.9579   C =        2.9579


          ORIENTATION OF MOLECULE IN FORCE CALCULATION

    NO.       ATOM         X         Y         Z

     1          H      -1.3109    0.0000    0.0000
     2         Cl       0.0373    0.0000    0.0000


    FIRST DERIVATIVES WILL BE USED IN THE CALCULATION OF SECOND DERIVATIVES

          ESTIMATED TIME TO COMPLETE CALCULATION =        0.19 SECONDS

    FOR POINT-GROUP C*v  THERE ARE  84 UNIQUE SYMMETRY FUNCTIONS.

 STEP:   1 TIME =     0.00 SECS, INTEGRAL =      0.00 TIME LEFT: 172799.98
 STEP:   2 TIME =     0.00 SECS, INTEGRAL =      0.00 TIME LEFT: 172799.98
 STEP:   3 TIME =     0.00 SECS, INTEGRAL =      0.00 TIME LEFT: 172799.98
 STEP:   4 TIME =     0.02 SECS, INTEGRAL =      0.02 TIME LEFT: 172799.97
 STEP:   5 TIME =     0.00 SECS, INTEGRAL =      0.02 TIME LEFT: 172799.97
 STEP:   6 TIME =     0.00 SECS, INTEGRAL =      0.02 TIME LEFT: 172799.97

(To convert to Hartree/Bohr^2, multiply by (10^(-21) x N x a0^2)/(4.184 x 627.51) =  0.0642)


           FORCE MATRIX IN MILLIDYNES/ANGSTROM


                  H  1      Cl  2
 ------------------------------
     H    1   5.307949
    Cl    2   5.307915   5.307882


          HEAT OF FORMATION =     -15.263006 KCALS/MOLE

          ZERO POINT ENERGY       4.334 KCAL/MOL


           NORMAL COORDINATE ANALYSIS (Total motion = 1 Angstrom)


   Root No.       1

                 1 Sig 

                3031.9
  
           1    0.9724
           2   -0.0000
           3   -0.0000
           4   -0.0276
           5    0.0000
           6    0.0000


           MASS-WEIGHTED COORDINATE ANALYSIS (NORMAL COORDINATES)


   Root No.       1

                 1 Sig 

                3031.9
  
           1    0.9861
           2   -0.0000
           3   -0.0000
           4   -0.1663
           5    0.0000
           6    0.0000


          DESCRIPTION OF VIBRATIONS


 VIBRATION          1    1Sig        ATOM PAIR     ENERGY CONTRIBUTION    RADIAL
 FREQUENCY          3031.90         H 1 -- Cl2        +100.0% (100.0%)    100.0%
 TRANSITION DIPOLE   1.1450
 TRAVEL (Ang.)       0.1506
 REDUCED MASS        0.9800
 EFFECTIVE MASS      1.3014
 FORCE CONSTANT      5.3079

           FORCE CONSTANT IN CARTESIAN COORDINATES (Millidynes/A)

    ATOM   CHEMICAL       X               Y               Z
   NUMBER   SYMBOL  FORCE CONSTANT  FORCE CONSTANT  FORCE CONSTANT

      1       H        5.307903        0.007766        0.007766
      2      Cl        5.307903        0.007766        0.007766

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 *                    *
 * JOB ENDED NORMALLY *
 *                    *
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 TOTAL JOB TIME:             0.03 SECONDS

 == MOPAC DONE ==