Question

low a puipeme and lock picture across the central C-C bond.) 6. Click on the minimize energy icon. Measure the energy, bond lengths, bond angles, and dihedral angle as before. 7. Repeat for the remaining dihedral angles. Record the energies of each conformer, and measure dihedrals, and distances between end carbon atoms (with "measure distance"). Leave the final two columns blank for now. RECORD DATA for each conformer in this table: Dihedral angle Distance C1-C4 Energy Relative energy Relative energy calculated calculated from text (see (kcal/mol) or chapter 4 of (KJ/mol) Smith text) 2.552 10.5593 2,932 - 17.7217 120 3.572 -4.6788 180 3.853 1-21.2379 IMPORTANT NOTES: Calculate the relative energy (calculated) by taking the lowest energy and subtracting it from the other energies. If you do this calculation correctly, one of the conformers should have a "relative energy (calculated) of zero, and all others should have positive energies. Now, plot the relative energies (calculated) on the y-axis vs. dihedral angle (x-axis) for the four conformers. Plot a second line in a different color or pattern, showing the energy values from the text.

need help figuring out the last two colums

Answer 1

Lousest Grengy Eneryn far O= 5593--21237) 21.2379 umit Relative 21-7972nt ReTati ve Einergy ber so 1F F217 -(-21-2573) Relative Energ tor (2o -l6786-(21.2897) 16559 Relative Erery 180 2379C2120 24 t2 to dihedalarple Co 120 120