bromoethane is reacted with lithium acetylenide. This product is reduced with sodium in liquidammonia, and that product is reacted with peracetic acid in aqueous acid. What is the name ofthe final product?ABCT T TArial3 (12pt)Path: pWords:0 Average Bond EnthalpiesAverage Bond EnthalpiesBondC=CCECC=NKJ/mol614839Bond KJ/mol BondKJ/mol Bond KJ/mol BondKJ/molС-Н413N-H391O-H463F-F155146190C-C348N-N1632010-0O-FCI-F2532426158917991072C-N293N-OCI-CICENC-OC-FC-CIC-Br358N-FN-CI272O-CI203Br-FBr-CIBr-Br237485200234218C=0328N-Br243193CEO276240259S-HS-FS-CIS-Br339327253218C-IC-SH-HH-FH-CIH-Br436567431I-CII-Br208175151N=N418NEN941Si-H 323Si-Si 226366S-S266N=O607299Si-C 301B-H389P-H322S=0S=S523418Si-O 368B-OB-F536Si-CI 464613B-CI456B-Br377O2495AcidpK,so SolidsNaci 72.1HC=C-H25LiquidsHBrсH,он 237.6CH,228.9 H,0Ca,(PO 236GasesHCI| N.OMgCaCo,198.732.7MgH, 31.129.151.464.727.292.9186.9219.9211.2240.1304.3232.0Cacl,H,C=CH-H44N,0NO113.8LiCа(он), 76.1NaKFe172.869.9216.3NO,H;C-CH2-H50PCI,Cac,glucose352.770.0209.25.6186.9B,H,CHNH2-HFeCl, 142.335GasesH,N,186.3вB5.90130.7C,H,C,H.C,H,200.8219.6229.6126.0146.2SiI18.8 NH,CICa,(PO, 238.5 Mg(OH), 63.2191.5H-H36205.1192.5238.9197.7H,PO, "110Na,so, 149.6Na,co, 136.0NaOH 52.3Na, PO, 224.7LICIMgoMgCl,Naci(aq) 115.5НеCH,CH,OH15.9kJ/mol2.14.2NeCIOHAr154.8co,F2ci,213.7202.8223310KrR-CO2-H5164.0169.6CH,55.226.889.57.68.09.222.8XeCH,CH,HCI-8iprt-BuStrong BaseWeak BaseWeak BaseStrong BaseWeak Nucleophile Strong Nucleophile Strong Nucleophile Weak NucleophileH', DBN, DBUOH", ROI, Br", CI', RS"HS', RSH, H,SH20, ROHDBNDBURadical StabilityBond Dissociation Energy, kJ/moleCH, CH;CH; (CH3)2CH2 (CH3);CH allyl-H Benzyl-H phenyl-H vinyl-H431410396381356356431427allyl, benzyl > 3° > 2° > 1° > CH3Reactions: Can only use Radical, Alkene, Substitution and Elimination.

bromoethane is reacted with lithium acetylenide. This product is reduced with sodium in liquid ammonia, and that product is reacted with peracetic acid in aqueous acid. What is the name of the final product?

bromoethane is reacted with lithium acetylenide. This product is reduced with sodium in liquid ammonia, and that product is reacted with peracetic acid in aqueous acid. What is the name of the final product?

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Concept explainers

Organomagnesium compounds

The interaction of alkyl halide with Mg metal in a suitable ether solvent is the common method for the synthesis of the Grignard reagent.

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Organomagnesium halides are Grignard reagents. Francois Auguste Victor Grignard, a French chemist who received the Nobel Prize in Chemistry in 1912, created these highly useful reagents.

Question

bromoethane is reacted with lithium acetylenide. This product is reduced with sodium in liquid
ammonia, and that product is reacted with peracetic acid in aqueous acid. What is the name of
the final product?
ABC
T T T
Arial
3 (12pt)
Path: p
Words:0

Average Bond Enthalpies
Average Bond Enthalpies
Bond
C=C
CEC
C=N
KJ/mol
614
839
Bond KJ/mol Bond
KJ/mol Bond KJ/mol Bond
KJ/mol
С-Н
413
N-H
391
O-H
463
F-F
155
146
190
C-C
348
N-N
163
201
0-0
O-F
CI-F
253
242
615
891
799
1072
C-N
293
N-O
CI-CI
CEN
C-O
C-F
C-CI
C-Br
358
N-F
N-CI
272
O-CI
203
Br-F
Br-CI
Br-Br
237
485
200
234
218
C=0
328
N-Br
243
193
CEO
276
240
259
S-H
S-F
S-CI
S-Br
339
327
253
218
C-I
C-S
H-H
H-F
H-CI
H-Br
436
567
431
I-CI
I-Br
208
175
151
N=N
418
NEN
941
Si-H 323
Si-Si 226
366
S-S
266
N=O
607
299
Si-C 301
B-H
389
P-H
322
S=0
S=S
523
418
Si-O 368
B-O
B-F
536
Si-CI 464
613
B-CI
456
B-Br
377
O2
495
Acid
pK,
so Solids
Naci 72.1
HC=C-H
25
Liquids
HBr
сH,он 237.6
CH,
228.9 H,0
Ca,(PO 236
Gases
HCI
| N.O
Mg
CaCo,
198.7
32.7
MgH, 31.1
29.1
51.4
64.7
27.2
92.9
186.9
219.9
211.2
240.1
304.3
232.0
Cacl,
H,C=CH-H
44
N,0
NO
113.8
Li
Cа(он), 76.1
Na
K
Fe
172.8
69.9
216.3
NO,
H;C-CH2-H
50
PCI,
Cac,
glucose
352.7
70.0
209.2
5.6
186.9
B,H,
CH
NH2-H
FeCl, 142.3
35
Gases
H,
N,
186.3
в
B
5.90
130.7
C,H,
C,H.
C,H,
200.8
219.6
229.6
126.0
146.2
Si
I
18.8 NH,CI
Ca,(PO, 238.5 Mg(OH), 63.2
191.5
H-H
36
205.1
192.5
238.9
197.7
H,PO, "110
Na,so, 149.6
Na,co, 136.0
NaOH 52.3
Na, PO, 224.7
LICI
Mgo
MgCl,
Naci(aq) 115.5
Не
CH,CH,OH
15.9
kJ/mol
2.1
4.2
Ne
CI
OH
Ar
154.8
co,
F2
ci,
213.7
202.8
223
310
Kr
R-CO2-H
5
164.0
169.6
CH,
55.2
26.8
89.5
7.6
8.0
9.2
22.8
Xe
CH,CH,
HCI
-8
ipr
t-Bu
Strong Base
Weak Base
Weak Base
Strong Base
Weak Nucleophile Strong Nucleophile Strong Nucleophile Weak Nucleophile
H', DBN, DBU
OH", RO
I, Br", CI', RS"
HS', RSH, H,S
H20, ROH
DBN
DBU
Radical Stability
Bond Dissociation Energy, kJ/mole
CH, CH;CH; (CH3)2CH2 (CH3);CH allyl-H Benzyl-H phenyl-H vinyl-H
431
410
396
381
356
356
431
427
allyl, benzyl > 3° > 2° > 1° > CH3
Reactions: Can only use Radical, Alkene, Substitution and Elimination.

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