Which of these provides most effective conclusion for the computational chemistr

Question

Which of these provides most effective conclusion for the computational chemistry laboratory? In this experiment, we calculated the frequencies of various carbon-carbon bonds to be 1201, 1858 and 2402 then adjusted them to be 1081. 1672 and 2162 cm^-1. We found that the literature values were 348, 614 and 839, respectively. We found that the percent errors were 4.1%. 8.3% and 6.2%. We graphed our values All of these calculations and graphs helped us to study carbon-carbon bonds. The results we found were the frequencies of various carbon bonds. We found the frequencies of C - C. C = C and C = C bonds by performing calculations and making various graphs to show our results with a linear trend. Using Spartan molecular modeling software, we calculated the vibrational frequencies of C - C, C = C and C = C bonds to be 1081, 1672 and 2162 cm^-1 As presented in Graph 1. we validated that bond frequency varies directly with bond energy. Extra Credit This term indicates whether or not the substance will dissolve In a given solvent, and is often expressed as a concentration in units of g/L or mol/l. Soluable Solubel soluble saluable If you have more than one spectrum, then you have at least two spectrums. two spectri. two spectrum. two spectra. This verb indicates that. two substances shouid be divided from one another. Separate separate sepirate seperite.

Explanation / Answer

Solution:

33) d

34) c (soluble)

35) d ( spectra plural of spectrum)

36) a (separate)

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