Given the following three molecules I, II, Il and Planck's Equation AE = During the transition...

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Given the following three molecules I, II, Il and Planck's Equation AE = During the transition of xa, what is the relationship between AE, A, Amax and the extent of conjugation of the molecule? (Select all that apply) onto II II 1) Compare Amax values in the presence of HCI(aq): II < III | 2) Compare Amax values: Il > III > | 3) The energy gap (AE) between 1>x* increases is largest in I 4) None of the answers given 5) The shift of Amax Would not depend on the substituents but only the length of alternate C=C bonds 6) The energy gap (AE) between ax* increases when the N-atoms in Il or III are protonated by HCI(aq) Given the following three molecules I, II, Il and Planck's Equation AE = During the transition of xa, what is the relationship between AE, A, Amax and the extent of conjugation of the molecule? (Select all that apply) onto II II 1) Compare Amax values in the presence of HCI(aq): II < III | 2) Compare Amax values: Il > III > | 3) The energy gap (AE) between 1>x* increases is largest in I 4) None of the answers given 5) The shift of Amax Would not depend on the substituents but only the length of alternate C=C bonds 6) The energy gap (AE) between ax* increases when the N-atoms in Il or III are protonated by HCI(aq)

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