Question

(C-0) bonds to establish some basic ideas about how force constants affect vibrational frequency Find the vibrational frequency for the indicated single, double, and triple bonds in the Figure 2. The first (the single bond) is given so you can view what the C-C bond stretch looks like. Figure 2. 1.vce 2.Voc- 3. Bcc- Circle the correct answer in the following statements: 3. As bond order increases, bond strength increases / decreases]. 4. As bond order increases, the force constant of the bond increases / decreases). 5. As the force constant of the bond increases, the vibrational frequency increases / decreases In the same molecule, shown again in Figure 3, find the vibrational frequencies and corresponding bond lengths of the bonds indicated. Note that one H is bound to an sp. hybridized carbon, one H is bound to an sp-hybridized carbon, and one is bound to an sp- hybridized carbon. Determine the wavenumber and bond lengths for the molecule shown in Figure 3. Figure 3. Верни Cap. Bond length

Answer 1