C C 1 r2 C 2 r3 1 a3 C 3 r4 2 a4 1 d4 C 4 r5 3 a5 2 d5 C 5 r6 4 a6 3 d6 H 3 r7 2 a7 1 d7 H 2 r8 1 a8 3 d8 H 1 r9 2 a9 3 d9 H 4 r10 3 a10 2 d10 H 5 r11 4 a11 3 d11 H 6 r12 5 a12 4 d12 Variables: r2= 1.3968 r3= 1.3968 a3= 120.00 r4= 1.3968 a4= 120.00 d4= 0.01 r5= 1.3968 a5= 120.00 d5= 359.98 r6= 1.3968 a6= 119.99 d6= 0.01 r7= 1.1022 a7= 120.00 d7= 180.00 r8= 1.1021 a8= 119.98 d8= 180.00 r9= 1.1022 a9= 120.02 d9= 180.00 r10= 1.1021 a10= 120.00 d10= 179.98 r11= 1.1022 a11= 120.00 d11= 180.00 r12= 1.1021 a12= 120.03 d12= 179.98
Cartesian Coordinates 1
These are Cartesian Coordinates for use in a benzene optimization.
12 C 1 -4.461121 1.187057 -0.028519 C 2 -3.066650 1.263428 -0.002700 C 3 -2.303848 0.094131 0.041626 C 4 -2.935547 -1.151550 0.059845 C 5 -4.330048 -1.227982 0.034073 C 6 -5.092743 -0.058655 -0.010193 H 7 -1.203506 0.154419 0.062012 H 8 -2.568481 2.246445 -0.017380 H 9 -5.063248 2.109543 -0.063538 H 10 -2.333618 -2.074158 0.094513 H 11 -4.828415 -2.210938 0.048462 H 12 -6.193085 -0.118286 -0.030823Developed by
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