a) Which of the following reagents will reduce p-nitrotoluene to p-methylaniline?
b) Which of the reagents in #8 will convert p-nitrotoluene to p-nitrobenzyl bromide?
c) Which reagent in #8 will convert p-nitrotoluene to p-nitrobenzoic acid?
A. W-K B. H2CrO4 C. H2, Ni D. NBS, light
a) Which of the following reagents will reduce p-nitrotoluene to p-methylaniline? b) Which of the reagents...
true/false:
1. the major product when p-ethylbenzoic acid is treated with
a mixture of concentrated nitric and sulfuric acids will be
4-ethyl-3-nitro-benzoic acid.
7.-10. multiple choice is pictured below
Multiple Choice 7. Which of the following will react with Cl2/AlCl3 at the fastest rate? Benzoic acid B. toluene C. bromobenzene D. anisole 8. Which of the following reagents will reduce p- nitrotoluene to p-methylaniline? A. W-K. B. H2Cr04 C. H2, Ni D. NBS, light 9. Which of the reagents in...
Please answer! thanks
Question 33 2 pts Which reagent/set of reagents (from the list above) should be used for the following reaction? reagent(s) Reagents Questio 3 pts Which we [Select) A-HBr B - NBS, hy C - HBr, peroxides D-Br2 E-Br2, light F-NaNH2 G - Na, NH3 H - KCN, DME |- CI2 J-CI2, H20 K-H2, Pt L-H20, H2SO4 M - Os04, etc (see the list) N - Hg(OAc)2, etc (see the list) O(see structure in the list) P-BH3, etc...
From the following website: find the spectra for: I) benzyl bromide II) benzyl chloride III) p-nitrotoluene a) Describe how you would use relative Isotopic abundances and the nitrogen rule to discern the presence of Br, Cl, and N in benzyl bromide, benzyl chloride and p-nitrotoluene, respectively by simply looking at their mass spectra. benzyl bromide _____ benzyl chloride _____ p-nitrotoluene _____ b) What is the structure of the molecular ion of each? Include the correct charge and mass to charge...
Select the reagents necessary to convert cyclopentene into cyclopentane. A. H2 and Ni B. Heat C. Zn, H3O+ D. H2O E. Light
outline labratory syntheses of each of the following compounds
starting with benzene and any other reagents
Outline laboratory syntheses of each of the following compounds, starting with benzene and any other reagents. (c) CI (a) p-nitrotoluene (b) p-dibromobenzene (c) p-chloroacetophenone (d) m-nitrobenzenesulfonic acid (e) p-chloronitrobenzene (f) 1,3,5-trinitrobenzene (g) 2,6-dibromo-4-nitrotoluene
70. What sequence of reagents can be used to make the following compounds from benzene? A) m-butylbenzoic acid B) p-butylbenzenesulfonic Show mechanism. www wwww wwwww w Section: 18-16 71. Provide a series of synthetic steps by which can 2-bromo-4-nitrobenzoic acid be prepared from toluene. Show mechanism. Section: 18-16 72. Fill in the empty boxes Br СHCH CH3COCI 1 AICI3 NBS peroxide heat 2. H2о 73. Fill in the empty boxes. N2 CI NH2 1.Mg 2. CH3OH CUBR НС heat
Which of the following compounds is the strongest acid? A) water B) p-nitrobenzoic acid C) p-bromobenzoic acid D) m-methoxybenzoic acid. E) m-methylbenzoic acid
12. Which compound is the strongest acid? 11. Which compound is the strongest base? (A) benzoic acid (B) 4-amino-2-methylbenzoic acid ©p-nitrobenzoic acid (A) m-nitroaniline (B) aniline 4-methylaniline 3-bromo-5-nitroaniline 24-dimethylaniline po 13. Which of the following compounds E)3.S-dinitrobenzoic acid is has the 4.ow many Ha atoms are in the compound: 14 cyclohexane-1,3-dione? (A) 2 (B) 4 (C)5 highest number of alpha hydrogen? (A) 2,4-dimethyl-3-hexanone (B) cyclohexanone C) benzaldehyde D) 2-heptanone (E) propanone IS. Which of the following compounds has the16. Which...
Which of the following reagent(s) eves the reaction below (A) CH_2Cl (B) Cl_2/Fe (C) Cl_2/AlCl_3 (D) Cl_2/FeCl_3 (E) Cl_2/HCL Which of the following reagent(s) gives the reaction below (A) NaOH (B) KMnO_4/H_2O (C) Sn/HCL, then NaOH (D) CO_2/H^+ (E) O_2/HCl Which of the following reagent(s) gives the following transformation (A) CH_3COCI/AICI_3, then NaOH (B) CH_3COCl/AlCl_3, (C) CH__3CH_2Cl/AlCl_3, then NaBH_4 (D) CH_3CH_2Cl/AICI_2 then PCC (E) CH_3COCI/AICI_3 then NBS Which of the following reagents (a, b) gives the reactions below (A) a...
a) Which spot is likely the para isomer of methylaniline? How
could you tell?
b) Which spot is likely the acetylated para product
(p-methylacetanilide)? How can you tell?
c) Keeping in mind we are only trying to acetylate the para
isomer of methylaniline, is the reaction complete?
d) Draw a mechanism for the acetylation of
p-methylaniline in reaction 3.
Thank you
The TLC shown below was taken in step 4 of the procedure for reaction 3: SM= 0,m,p-methylaniline Co= Co-Spot...