Choose the thermodynamic product formed during the reaction depicted below. DBr tott Br A B Br C D OA OB Oc OD

Predict the products of the reaction.

A kinetically-controlled process describes a reaction that. O generates the most stable product O generates the product whose formation requires the smallest energy of activation O generates the product requiring the fewest steps O generates the product formed at the slowest rate O generates the product favored at high temperatures

3. If the order of a reaction is the same as its stoichiometry, the order of each reactant is the same number as the coef- ficient of that reactant in the balanced equation. When this is the case, it is possible (but not necessary) that the reac- tion takes place in one step. If the order of a reaction is different than its stoichiometry, then the reaction must take place in steps. For the reaction used in this experiment, show how the rate law (equation 1 on page 1) would look if the reaction took place in one step: 2 rate = k[I¯ ] [BrO3 ] [H*1² 61-(aq) + BrO3(aq) + 6H*(aq) → 3 1₂(aq) + Br¯(aq) + 3 H₂O

eks.com/alekscgi/x/Isl.exe/1o_u-lgNslkr7j8P3jH-IBcWcplLoFLoU71DOb3zrKPTUHJHevE88rwctGVg/PIVzh326L =A Maps O SIMPLE REACTIONS Predicting the products of a combustion reaction Predict the products of the following reaction. If no reaction will occur, use the NO REACTION button. Be sure your chemical equation is balanced! (CH.). сн,) снон() + о, («) -‑ NO REACTION 5

Consider the energy diagrams (I, II, and III) for the three different reactions shown below when answering questions 18(a) – (f). Write NA if an applicable answer is not given.

the reactions listed below do not take place.Explain WHY.(for each one seperately) (DO NOT TRY TO BALANCE them , balancing is not the problem) CaCO3 + NaCl -(water)→ CaCl2 + Na2CO3

Can anyone explain how this reaction happens clearly

Please don't provide handwriting solution

Q7. Fill in the missing intermediates, products and reagents in the reaction scheme shown below. 1. KMnO. KOH (aq) 2 HCI (an) 1. BaHe, THF 2. H,Oz. NaOH Compound A Compound B conc. H,PO, 1. PhMgBr CH,N, 2. HCl in H,0 heat Compound C Compound D 1. BHe. THF 1. NaH 2. H;O,. NaOH 2. Compound C Compound E Compound F Compound G Q8. Provide a plausible mechanism that leads to the major product of the reaction scheme shown below. 1. SOCI, HO, 2. NH(CH)2 Q9. Provide a plausible mechanism that leads to the major product of the reaction scheme shown below. 1. PBr3. Cl2 он 2. H,0 Q10. Provide the starting material needed to create the below product using m-chloroperbenzoic acid as the active reagent. Then draw the mechanism that facilitates this transformation.