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... presence of two ortho positions. The result in entry 7 reinforces the regioselectivity shown in entry 1. A special case of discussion is entry 10 vs. 7. In the first case, where the ortho and para positions were flanked by two substituents, the ortho one was favored. This observation indicates that ...
... presence of two ortho positions. The result in entry 7 reinforces the regioselectivity shown in entry 1. A special case of discussion is entry 10 vs. 7. In the first case, where the ortho and para positions were flanked by two substituents, the ortho one was favored. This observation indicates that ...
Thermodynamics Practice Problems Presentation
... DH0rxn = [ 12x–393.5 + 6x–285.8 ] – [ 2x49.04 ] = -6534.9 kJ - 6534.9 kJ = - 3267.44 kJ/mol C6H6 2 mol ...
... DH0rxn = [ 12x–393.5 + 6x–285.8 ] – [ 2x49.04 ] = -6534.9 kJ - 6534.9 kJ = - 3267.44 kJ/mol C6H6 2 mol ...
NCERT/CBSE CHEMISTRY CLASS 12 textbook
... (a) Aniline, p-nitroaniline and p-toluidine p-nitroaniline < ...
... (a) Aniline, p-nitroaniline and p-toluidine p-nitroaniline < ...
Ch 19 Aldehydes and Ketones
... - Aldehydes are more reactive than ketones for both steric and electronic reasons. - First, the H creates less steric hindrance so that the carbonyl C is more accessible. - Second, an organic group provides e- donating induction which stabilizes the + carbonyl C and makes it less reactive. - Formal ...
... - Aldehydes are more reactive than ketones for both steric and electronic reasons. - First, the H creates less steric hindrance so that the carbonyl C is more accessible. - Second, an organic group provides e- donating induction which stabilizes the + carbonyl C and makes it less reactive. - Formal ...
Chapter 13 – Organic Chemistry
... Indeed, straight chain hydrocarbons react so fast and violently that they can cause an engine to “knock.” The octane rating of a gasoline indicates the extent of knocking it causes. The reference molecules are shown in Figure 13.4. The straight chain hydrocarbon C7 H16 causes substantial knocking a ...
... Indeed, straight chain hydrocarbons react so fast and violently that they can cause an engine to “knock.” The octane rating of a gasoline indicates the extent of knocking it causes. The reference molecules are shown in Figure 13.4. The straight chain hydrocarbon C7 H16 causes substantial knocking a ...