To determine apparent rate constant of benzene acetylation, 0.010 mL of acetic anhydride (CH3CO20 was added to 0.6 mL of deuterated benzene CeDg. In[(CH3CO)20] is found to decrease lincarly with reaction time t. What is the apparent reaction order in (CH3CO)20? Assume concentration of deuterated benzene does not change. .D +] D' D. D D (CH,CO),O acetic anhydride CaDgCOCH, acetophenone-ds acetic acid CH,COOH CDe benzne-de Pseudo oth order Pseudo 15t order Pseudo 2nd order Pseudo 30 order

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To dotormine apparent rato constant of benzene acetylation, 0.010 mL of acetic anhydride (CH3CO)20 was added to 0.6 ml of deuterated
benzene CeDg. In[(CH3CO)20] is found to decrease lincarly with reaction time t. What is the apparent reaction order in (CH3CO)20?
Assume concentration of deuterated benzene does not change.
.D
+]
D'
D.
D
D
CH,COOH
CeDe
benzne-de
(CH,CO),O
acetic anhydride
C3DĘCOCH,
acetophenone-ds acetic acid
Psoudo oth order
Pseudo 15t order
Pseudo 2nd order
Pseudo 30 order
Transcribed Image Text:To dotormine apparent rato constant of benzene acetylation, 0.010 mL of acetic anhydride (CH3CO)20 was added to 0.6 ml of deuterated benzene CeDg. In[(CH3CO)20] is found to decrease lincarly with reaction time t. What is the apparent reaction order in (CH3CO)20? Assume concentration of deuterated benzene does not change. .D +] D' D. D D CH,COOH CeDe benzne-de (CH,CO),O acetic anhydride C3DĘCOCH, acetophenone-ds acetic acid Psoudo oth order Pseudo 15t order Pseudo 2nd order Pseudo 30 order
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