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Diazomethane formation of methyl esters
1045 A compound, C H204, reacts with excess diazomethane to produce...
Diazomethane formation of methyl esters 1045 A compound, C H204, reacts with excess diazomethane to produce...
Diazomethane formation of methyl esters
1045 A compound, C H204, reacts with excess diazomethane to produce C.H.0. Draw the structure of each compound. CH,N2 (excess) C₂H₂O C.H.O.
Problem Statement #3: Methane (CH) reacts with Cl; to produce methyl chloride (CH,CI) and HCI. However some of th...
Problem Statement #3: Methane (CH) reacts with Cl; to produce methyl chloride (CH,CI) and HCI. However some of the CH,CI undergoes further chlorination to form CH Cl; and HCI. The balanced reactions are shown below: CH,+C CHCI+ HCI CH CI CICH CI,+ HCI A fresh feed consisting of 200 mol/h of methane with 150% excess Cl, is joined by a recycle stream and the mixture is fed to a reactor where it reacts to produce CHCI, CH CI and HCL...
pppppplllleeeaaassseee help 1. a. Compound 1 reacts with A under acid conditions to form an imine. What could Z be in this reaction? b. Compound 2 reacts with A (same A as previous reaction) unde...
pppppplllleeeaaassseee help
1. a. Compound 1 reacts with A under acid conditions to form an imine. What could Z be in this reaction? b. Compound 2 reacts with A (same A as previous reaction) under acid conditions to form an amide. What is Z in this reaction? Draw the structure of A Use curved arrows to show how Compound 2 forms the amide. c. Both reactions involve a leaving group. What is the leaving group in each reaction? O A...
Identify the compound with the higher boiling point in each of the following pairs of compounds:...
Identify the compound with the higher boiling point in each of the following pairs of compounds: 1. CH2-CH2-OH or H--C--0--CHz OH 2. CHz---0-CH3 or CH3-CH-CH2-CH3 0 2, CH, -- pH 3. CHz--2-0-CH, or CH3-CH2-CH2-CH2-CH3 Write the products of hydrolysis or saponification for the following esters. н" 1. CH3-CH-CH2--0--0--CH3 + H2O O 2, CH4-C-0-CH + NaOH 3. O -8-6-CH2-CH; -CH ---CH3 + KOH — -0--CH-CH2-CH3 + H20 - Properties of Esters sters shave higher boiling points than alkanes but lower than...
Predict the product © Excess CH₃CH₂OH H₂Soci Predict the product when 4-methyl-2-hexanone reacts with methylamine in...
Predict the product © Excess CH₃CH₂OH H₂Soci Predict the product when 4-methyl-2-hexanone reacts with methylamine in an acid catalyst X NH NH2 A) N NA c) sur D) X
CH3 но cCH2 CH2 H3C H3C-HC CH 2 CH3 CH-C он 14. Draw the following esters a) ethyl butanoate b) pentyl propanoate e) 2,3-dimethylpentyl ethanoate c) propyl 3-ethylhexanoate d) methyl 4-phenylpent...
CH3 но cCH2 CH2 H3C H3C-HC CH 2 CH3 CH-C он 14. Draw the following esters a) ethyl butanoate b) pentyl propanoate e) 2,3-dimethylpentyl ethanoate c) propyl 3-ethylhexanoate d) methyl 4-phenylpentanoatef) butyl 3-hydroxyheptanoate 15. Name the following esters CH CH3 H3 C) CH3 b) CH2 CH O-C--CH3 CH3 f CH2 d)
CH3 но cCH2 CH2 H3C H3C-HC CH 2 CH3 CH-C он 14. Draw the following esters a) ethyl butanoate b) pentyl propanoate e) 2,3-dimethylpentyl ethanoate c) propyl 3-ethylhexanoate d)...
Draw Structures A & B. Both are esters. NaDEL 1. Compound & X LOA -78°C 2....
Draw Structures A & B. Both are esters. NaDEL 1. Compound & X LOA -78°C 2. CM3 Br H₂O
D. Questions 1. 3-methyl-2-butanol reacts with Lucas Reagent to produce only a single alkyl chloride of...
D. Questions 1. 3-methyl-2-butanol reacts with Lucas Reagent to produce only a single alkyl chloride of formula CsH11Cl that gave the following carbon NMR spectrum CH CH2 CH3 C 180 200 160 140 120 80 60 40 20 100 ppm cos-06-322 a. What is the structure of this alkyl chloride? b. Write equations to show how it is formed from 3-methyl-2-butanol. Он +HCI Сн,
Here is the chemical structure of methyl propanamide: Decide whether each molecule in the table below...
Here is the chemical structure of methyl propanamide:
Decide whether each molecule in the table below is another
molecule of methyl propanamide, a molecule of an isomer of methyl
propanamide, or a molecule of an entirely different compound.
H|3|H| 0 HH |H- HI-NII-i-ſ-H H ! H i CH,-c-N-CH, (Choose one) another molecule of methylpropanamide a molecule of an isomer of methyl propanamide a molecule of a different compound H H :0: H H-¢-¢-—C—¢-H (Choose one) Η Η Η (Choose one)...
Here is the chemical structure of methyl isopropanoate: Decide whether each molecule in the table below...
Here is the chemical structure of methyl isopropanoate:
Decide whether each molecule in the table below is another
molecule of methyl isopropanoate, a molecule of an isomer of methyl
isopropanoate, or a molecule of an entirely different compound.
CH,-0-0-CH-CH, CH, བ་ཁག་ད་བར་ཡང་ཡང་ས་ CH2-CH-0——CH (Choose one) another molecule of methyl isopropanoate a molecule of an isomer of methyl isopropanoate a molecule of a different compound CH, O=0 CH2-CH-C—CH, (Choose one) CH, CHz-çh-c-O-CHZ (Choose one) CH,
Diazomethane formation of methyl esters
1045 A compound, C H204, reacts with excess diazomethane to produce C.H.0. Draw the structure of each compound. CH,N2 (excess) C₂H₂O C.H.O.
Problem Statement #3: Methane (CH) reacts with Cl; to produce methyl chloride (CH,CI) and HCI. However some of the CH,CI undergoes further chlorination to form CH Cl; and HCI. The balanced reactions are shown below: CH,+C CHCI+ HCI CH CI CICH CI,+ HCI A fresh feed consisting of 200 mol/h of methane with 150% excess Cl, is joined by a recycle stream and the mixture is fed to a reactor where it reacts to produce CHCI, CH CI and HCL...
pppppplllleeeaaassseee help
1. a. Compound 1 reacts with A under acid conditions to form an imine. What could Z be in this reaction? b. Compound 2 reacts with A (same A as previous reaction) under acid conditions to form an amide. What is Z in this reaction? Draw the structure of A Use curved arrows to show how Compound 2 forms the amide. c. Both reactions involve a leaving group. What is the leaving group in each reaction? O A...
Identify the compound with the higher boiling point in each of the following pairs of compounds: 1. CH2-CH2-OH or H--C--0--CHz OH 2. CHz---0-CH3 or CH3-CH-CH2-CH3 0 2, CH, -- pH 3. CHz--2-0-CH, or CH3-CH2-CH2-CH2-CH3 Write the products of hydrolysis or saponification for the following esters. н" 1. CH3-CH-CH2--0--0--CH3 + H2O O 2, CH4-C-0-CH + NaOH 3. O -8-6-CH2-CH; -CH ---CH3 + KOH — -0--CH-CH2-CH3 + H20 - Properties of Esters sters shave higher boiling points than alkanes but lower than...
Predict the product © Excess CH₃CH₂OH H₂Soci Predict the product when 4-methyl-2-hexanone reacts with methylamine in an acid catalyst X NH NH2 A) N NA c) sur D) X
CH3 но cCH2 CH2 H3C H3C-HC CH 2 CH3 CH-C он 14. Draw the following esters a) ethyl butanoate b) pentyl propanoate e) 2,3-dimethylpentyl ethanoate c) propyl 3-ethylhexanoate d) methyl 4-phenylpentanoatef) butyl 3-hydroxyheptanoate 15. Name the following esters CH CH3 H3 C) CH3 b) CH2 CH O-C--CH3 CH3 f CH2 d)
CH3 но cCH2 CH2 H3C H3C-HC CH 2 CH3 CH-C он 14. Draw the following esters a) ethyl butanoate b) pentyl propanoate e) 2,3-dimethylpentyl ethanoate c) propyl 3-ethylhexanoate d)...
Draw Structures A & B. Both are esters. NaDEL 1. Compound & X LOA -78°C 2. CM3 Br H₂O
D. Questions 1. 3-methyl-2-butanol reacts with Lucas Reagent to produce only a single alkyl chloride of formula CsH11Cl that gave the following carbon NMR spectrum CH CH2 CH3 C 180 200 160 140 120 80 60 40 20 100 ppm cos-06-322 a. What is the structure of this alkyl chloride? b. Write equations to show how it is formed from 3-methyl-2-butanol. Он +HCI Сн,
Here is the chemical structure of methyl propanamide:
Decide whether each molecule in the table below is another
molecule of methyl propanamide, a molecule of an isomer of methyl
propanamide, or a molecule of an entirely different compound.
H|3|H| 0 HH |H- HI-NII-i-ſ-H H ! H i CH,-c-N-CH, (Choose one) another molecule of methylpropanamide a molecule of an isomer of methyl propanamide a molecule of a different compound H H :0: H H-¢-¢-—C—¢-H (Choose one) Η Η Η (Choose one)...
Here is the chemical structure of methyl isopropanoate:
Decide whether each molecule in the table below is another
molecule of methyl isopropanoate, a molecule of an isomer of methyl
isopropanoate, or a molecule of an entirely different compound.
CH,-0-0-CH-CH, CH, བ་ཁག་ད་བར་ཡང་ཡང་ས་ CH2-CH-0——CH (Choose one) another molecule of methyl isopropanoate a molecule of an isomer of methyl isopropanoate a molecule of a different compound CH, O=0 CH2-CH-C—CH, (Choose one) CH, CHz-çh-c-O-CHZ (Choose one) CH,
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