what is the possible mechanism for this reaction? (BAIP)Zrclzlpy)z Amgx (BAIP)Z-CIR(PY)2] - RH R = CH2CMe...
what is the possible mechanism for this reaction
(BAIP)ZrCl(pyla 2 RM9x 2 [Me2NH2]CI 4 or 5 xs py/-78*C (BAIP)Zr(Mez) 6a, R = Me Gb, R-CH2Ph NaCp-DME XS CISIMA, 23°C (BAIP)ZICI
* For the reaction A → Y + Z, the suggested mechanism is A + A + A 1 ks Y + 2 What is the order of the reaction when [A] is very small? Q7. A possible mechanism for the overall reaction, OH + NO, → HNO3 in the presence of N, is: OH + No, _* , (HO... NO,)" (HO.NO, K-L, OH + NO, (HO...NO)" + N, _k2_, HNO+ N, Apply the steady state approximation to the mechanism,...
A possible mechanism for the overall reaction, ОН + NO HNO in the presence of N, is: (HO... NO,) (HO...NO2) OH NO NO2 ОН (HO...NO,) N2 HNO N Apply the steady state approximation to the mechanism, what is the rate of the production of HNO,?
If the following reaction undergoes SN1, what would be the structure(s) of the product(s)? RH R OH 0 < 0 0 0 0 0 0
3a. Write the overall reaction equation for the following mechanism. Identify the intermediates. fast slow fast 02 20 O+N2 NO N b. The rate law for the following mechanism is rate kIN2] [O]. Show how this can be determined from the mechanism. c. Draw a possible energy diagram for this reaction and show the location of the reactants, products, and intermediates. Reaction progress
WA A possible mechanism for the overall reaction, OH + NO + HNO3 in the presence of N, is: OH + NO, _51, (HO... NO,)" (HO...NO, KL, OH + NO, (HO...NO)" + N, $2_, HNO + N, Apply the steady state approximation to the mechanism, what is the rate of the production of HNO;?
Consider the reaction 2 NO + Cl2 → 2 NOCI A possible mechanism is: Cl2 ⇄ 2 Cl (fast) Cl + NO → NOCl (slow) If this is correct, the rate law will be: A. rate = k [NO]0.5[Cl] B. rate = k [NO]2[Cl2] C. rate = k [NO][Cl2] D. rate = k [NO][Cl]2 E. rate = k [NO][Cl2]0.5
11. Below are 2 possible reaction mechanisms (pathways) for the reaction Mechanism 1 No, + 03 → No, (fast) NOs + NOs → N20s + 5/202 (slow) Mechanism 2 NO2 + 03 → NO3 + 02 (slow) No, + NO2 → N20s (fast) If the reaction rate law is found to be: rate = k[NO21 Which mechanism is consistent with this rate law (1 or 2) What is/are the intermediate/s for Mechanism 1? What is/are the intermediate/s for Mechanism 2?...
Consider the reaction 2 NO + Cl2 + 2 NOCI A possible mechanism is: Cl2 = 2 CI (fast) CI + NO NOCI (slow) If this is correct, the rate law will be: O A. rate = k [NO]?[C12] B. rate = k [NO][C12] C. rate = k [NO][CIT? D. rate = k [NO][C1270.5 E. rate = k [NO]0.5[CI] Reset Selection
What are possible side reactions of the hydroboration-oxidation reaction of 1-hexene, not the mechanism!! but possible, accidental side reactions that could occur during lab.