please explain how i know which is faster
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please explain how i know which is faster I. (15 pts) A. (9 pts) In each...
3. For each pair of reactions, circle which you would expect to be faster (2 pts) and indicate why in around 20 words. a) i) CH3CH2CH2OH + HCl → CH CH CH CI + H2O ii) CHCH-CH2OH + HI – CHỊCH CHI + H2O OH + HBr + H₂O HOCH ) + HBr — Br., CH3 + H2O
Compare the pairs of reactions and predict which reactions will be faster in each pair? Explain your answers. As well as number 5 please. Thank you. 4. Compare the pairs of reactions and predict which reactions will be faster in cach pair? Explain your answers. (6 points) CHS -SCH -Br CHSI -SCH Br NaCN, DMSQ Br NaCN CHOH Br h CH,ОН OCH3 Br CH OH CI OCHa C. 5. Given the following pairs of molecules circle the one that would...
Please explain how to draw the newman projection as well. 2. Explain why the following compound reacts to give a mixture of alkene stereoisomers in which only the cis-dimethyl isomer contains deuterium. Hint: draw the alkyl halide in a Newman projection. You will be asked to do this on midterm 1. Br CH,CH,OH Das * Change CACHON le CH3 C'H + CH3CH,0. H;c Stvong base
_1. An alkyl halide which might be expected to undergo rearrangement under Snl or E1 conditions is: HZC Br CH3 A. 1 B. | F—CH,BH C. CH3-C-CH-CH, CHz CH3 D. CH3 CH3-C-CH2CH2-Br CH3 E. A Br 2. Your task is to convert 2-chloropentane into 1-pentene. Which reagents would you choose? a) NaOH/H20 b) KOH/CH3OH c) CH3ONa/CH3OH d) CH3CH2ONa/CH3CH2OH e) (CH3)3COK/(CH3)3COH 3. Circle the reaction below which is faster in polar protic solvents. OH,H,O A. CH,CH,CH,Br- CH,CH,CH,OH + Br or SH.RSH...
please help i dont know why this is wrong Draw the structural formula of the enol formed in the following alkyne hydration reaction and then draw the structural formula of the carbonyl compound with which this enol is in equilibrium. CH3(CH2)5C=CH 1. (sia)2BH 2. NaOH/H2O2 an enol carbonyl compound You do not have to consider stereochemistry. Draw both the enol and the carbonyl forms. Draw one structure per sketcher. Add additional sketchers using the drop-down menu in the bottom right...
please explain your answers 11. Indicate whether the pairs of compoun whether the pairs of compounds shown below are enantiomers, diastereomers, structural (constit. ructural constitutional) isomers, the same compound, or different compounds which are not isomers. (0.25 pts ea = 1 pt) Structural H OH Vs. constitutional но н OH CHE H OH vs. dia stereomers BE BroH. H₂CH₂CH CH3 HOCH2 CHO here the we dia stereomers distoremos он он носна сно н CNHO VS HOC 2 TNH₂ CH SH...
please answer questions 9-12 Question 9 1 pts Which of the following statements describes the reactivity of alkynes? An alkyne is an electron-rich molecule and therefore reacts as a nucleophile. When a symmetrical internal alkyne reacts with HBr, two products are formed. Unlike alkenes, alkynes fail to undergo electrophilic addition reactions The o bonds of alkynes are greater in energy than the rt bonds and, therefore, are more reactive Alkynes react as electrophiles, whereas alkenes react as nucleophiles What is...
please please quick help i only got a little time 4 pts Question 26 An organic compound X was found to contain only C, H, and Cl. The following experiments were carried out with compound X: 1) When a 1.50-g sample of the compound was completely combusted in air, 3.52 g CO2 was formed. 2) When a 1.00-g sample of the compound was allowed to react with an excess of Ag, 1.27 g of AgCl was obtained Determine the empirical...
Please answer Questions 8,9, & 10 and explain why please. Thanks! 8. Which compound is the reactant for this reaction? OH ? 1. NaOH (excess), 70°C 2. H30* NO2 H NO2 NO2 B. NO2 NO2 D Br NO2 E. A. C. 9. Which statement best describes the aromaticity and UV-vis spectra of these two substances? II A. Both are aromatic. The longest wavelength of absorbance of I is larger than that of II. B. Both are aromatic. The longest wavelength...
please don't use any abbreviations! like I don't know how to draw anything like oet or an R group like please just draw out the whole thing! CH3 CO2Et Hagemann's ester The compound known as Hagemann's ester is prepared by treatment of a mixture of formaldehyde and ethyl acetoacetate with base, followed by acid-catalyzed decarboxylation. The reaction involves the following steps: 1. Deprotonation of ethyl acetoacetate to form enolate ion 1; 2. Reaction of the enolate ion with formaldehyde to...