If you have a reaction A+B --> C, and the rate equation is Rate = K[A],...
6. For the following reaction, + H20* + Cl - > OH + 2H2O Show the mechanism.
Considering the following rate data, what is the order of the reaction with respect to [A] in the reaction? A+B -> 30 Trial [A] (M) 1 0.20 2 0.40 3 0.20 [B] (M) 0.10 0.10 0.20 [C] (M/min) 5.0 20. 10. C 2nd order C 4th order C 3rd order C 1st order zero order
What reagent conditions are needed to facilitate the reaction shown below? He ? scop + C OA. Heat (> 150 °C) 1. "OH, H20 OB. 2. H+ Oc. NaOCH,CH3, HOCH,CH; OD. LDA
Which of the following Lewis structures represents the most stable form of the NOT ions: [:N=0:]* [:x=;]* (N=0:]* (X=>]*
Using standard heats of formation, calculate the standard enthalpy change for the following reaction. C(s.graphite) O2(g)- >CO2(g) kJ ANSWER:
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Look at the image, thank you. For a standard normal distribution, find c if P(z>c) = 0.6906 c=
Draw the product(s) of the following reaction. O=NH ༈.དབས པ ཡང་། + 2 CHỊCH,NH, >
1. Provide the products of the following reactions. Write N.R. if there is no reaction happens. CH3COONa >IlBr DBU MeBr EtoNa H2Me
6. Calculate the rate constant kı2 for the below outer-sphere electron transfer reaction: [Fe(CN)6]4-+ Cet+ → [Fe(CN)6]>- + Ce 3+ E' = 0.76 V, T = 300 K, log f= -2.33 The relevant self-exchange rate constants are: [Fe(CN)6]4-13 kui = 7.4 x 102 M-- k22 = 4.4 M-3-1 Ce4+/3+