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Explain what the double bond does to allow an alkene to act as a nucleophile. Select...
please give correct answers to these 4 questions with explanations, thankyou For the reaction below, predict the major...
please give correct answers to these 4 questions with
explanations, thankyou
For the reaction below, predict the major product What makes a chemical species a nucleophile? Select one: a. A chemical species that can accept a proton from an electrophile to form a bond Br-Br b.A chemical species that can donate an electron pair to an electrophile to form a bond C.A chemical species that can donate a neutron to an electrophile to form a bond d. A chemical species...
Match the following answers: A. Any species that can accept electrons Electrophile B Polar covalent bond...
Match the following answers: A. Any species that can accept electrons Electrophile B Polar covalent bond A bond between two atoms differing in electronegativity by 0.3 - 1.4 C. Bronstead acid D. A compound that can donate a proton Electronegativity E. The ability of an atom to attract the shared electrons in a covalent bond Nucleophile F. Covalent bond Any species that can donate electrons G. Bronstead base A bond between two atoms differing in electronegativity by < 0.3 H.Jonic...
Read the description and choose the term that matches from the options in the list. A...
Read the description and choose the term that matches from the options in the list. A compound where an intramolecular reaction between an aldehyde and an alcohol can occur A proteinaceous biological catalyst is an A reaction where two molecules combine and a small stable molecule is eliminated A chemical species that is electron deficient and may accept a pair of electrons to form a new covalent bond Choose... Lipid Saponification Nucleophile peptide Condensation reaction Carbohydrate Electrophile Enzyme protein nucleoside...
Read the description and choose the term that matches from the options in the list. A...
Read the description and choose the term that matches from the options in the list. A chemical species that is electron rich and may donate a pair of electrons to form a new covalent bond A compound where an intramolecular reaction between an aldehyde and an alcohol can occur A proteinaceous biological catalyst is an Choose... Hydrolysis Nucleotide Carbohydrate Electrophile Saponification protein Fatty acids Nucleophile Lipid nucleoside Enzyme peptide Condensation reaction A compound that is only extractable from biological material...
12. Which is the major product of the reaction shown? (a) (b) (c) (d) 13. What...
12. Which is the major product of the reaction shown? (a) (b)
(c) (d) 13. What are all of the possible products formed in the
following reaction? (choose all correct answers) (a) (b) (c) (d)
(e) (f) 14. The three compounds below can form a carbocation in the
presence of H2O and H2SO4. Which ones will form the same
carbocation? (a) I and II (b) I and III (c) II and III (d) all
three will form the same carbocation...
short answer help plz! check the ones i answered and help with the ones i didnt!!...
short answer help plz! check the ones i answered and help with the
ones i didnt!!
9. For the following reaction, what will be the effect on the rate if [NaCN) is halved? 11. Which of these Newman Projections shows the preferred conformation for an E2 reaction to occur? NaCN - Br DMSO product / V I (a) The rate doubles / CH3 (b) The rate triples The rate will be halved (d) The rate stays the same (e) There...
6. NHI can react with BFs, forming NHMBFs. In this reaction, A the NHI acts as a Bronsted base, accepting a proton...
6. NHI can react with BFs, forming NHMBFs. In this reaction, A the NHI acts as a Bronsted base, accepting a proton from the BF molecule. B. the NHI acts as a Lewis base, donating a proton to the BF, molecule. C. the NHacts as a Brunsted acid, donating a proton to the BF, molecule. D. the BF, molecule acts as a Lewis acid, accepting an electron pair from the NH3 molecule to form a coordinate covalent bond. E the...
Chem 1030 Chapter 16 Chemistry of Acids and Bases 4. Predict the stronger acid in each...
Chem 1030 Chapter 16 Chemistry of Acids and Bases 4. Predict the stronger acid in each pair and explain why. a) H3P or HAs b) H3P or HS c) H2SeO4 or H2Se03 d) HOCN or HCN (In HOCN, the H ion is attached to the O atom of the OCN ion.) 5. The conjugate bases for the acids F3CCOOH and H;CCOOH are shown.:03.0: 0 0 : a) Which conjugate base is stronger, i.e. which is more readily accept a proton?...
Question 1 Identify all compounds below that CANNOT be made by the electrophilic aromatic substitution reactions...
Question 1 Identify all compounds below that CANNOT be made by the electrophilic aromatic substitution reactions introduced in Sections 18.1-18.6 SOH Question 2. Match each pair of structures with the appropriate term. KEY 1 = Constitutional isomers 2 - Diastereomers 0 000 3 = Different conformations 4 = Resonance structures 5 = Bond-shift isomers Question 3. In this reaction, FeBrz is acting as a and the complex that is formed will react with benzene as a/n :Br: : Br-Br: Br-Br-Fe-Br:...
I need help being walked through each part please lel 4: Electrophiles Il that an electrophile...
I need help being walked through each part please
lel 4: Electrophiles Il that an electrophile (E) is a Lewis Acid which accepts electrons. HO C H,Br (ChalCH CH3NH2 stions: For the compounds listed in Model 4: (a) Circle the compounds that could act as electrophiles, cross out those that would not (b) Explain why the compounds circled could act as electrophiles. (c) What feature must all electrophiles have? (d) Once your group has reached consensus, come up with an...
please give correct answers to these 4 questions with
explanations, thankyou
For the reaction below, predict the major product What makes a chemical species a nucleophile? Select one: a. A chemical species that can accept a proton from an electrophile to form a bond Br-Br b.A chemical species that can donate an electron pair to an electrophile to form a bond C.A chemical species that can donate a neutron to an electrophile to form a bond d. A chemical species...
Match the following answers: A. Any species that can accept electrons Electrophile B Polar covalent bond A bond between two atoms differing in electronegativity by 0.3 - 1.4 C. Bronstead acid D. A compound that can donate a proton Electronegativity E. The ability of an atom to attract the shared electrons in a covalent bond Nucleophile F. Covalent bond Any species that can donate electrons G. Bronstead base A bond between two atoms differing in electronegativity by < 0.3 H.Jonic...
Read the description and choose the term that matches from the options in the list. A compound where an intramolecular reaction between an aldehyde and an alcohol can occur A proteinaceous biological catalyst is an A reaction where two molecules combine and a small stable molecule is eliminated A chemical species that is electron deficient and may accept a pair of electrons to form a new covalent bond Choose... Lipid Saponification Nucleophile peptide Condensation reaction Carbohydrate Electrophile Enzyme protein nucleoside...
Read the description and choose the term that matches from the options in the list. A chemical species that is electron rich and may donate a pair of electrons to form a new covalent bond A compound where an intramolecular reaction between an aldehyde and an alcohol can occur A proteinaceous biological catalyst is an Choose... Hydrolysis Nucleotide Carbohydrate Electrophile Saponification protein Fatty acids Nucleophile Lipid nucleoside Enzyme peptide Condensation reaction A compound that is only extractable from biological material...
12. Which is the major product of the reaction shown? (a) (b)
(c) (d) 13. What are all of the possible products formed in the
following reaction? (choose all correct answers) (a) (b) (c) (d)
(e) (f) 14. The three compounds below can form a carbocation in the
presence of H2O and H2SO4. Which ones will form the same
carbocation? (a) I and II (b) I and III (c) II and III (d) all
three will form the same carbocation...
short answer help plz! check the ones i answered and help with the
ones i didnt!!
9. For the following reaction, what will be the effect on the rate if [NaCN) is halved? 11. Which of these Newman Projections shows the preferred conformation for an E2 reaction to occur? NaCN - Br DMSO product / V I (a) The rate doubles / CH3 (b) The rate triples The rate will be halved (d) The rate stays the same (e) There...
6. NHI can react with BFs, forming NHMBFs. In this reaction, A the NHI acts as a Bronsted base, accepting a proton from the BF molecule. B. the NHI acts as a Lewis base, donating a proton to the BF, molecule. C. the NHacts as a Brunsted acid, donating a proton to the BF, molecule. D. the BF, molecule acts as a Lewis acid, accepting an electron pair from the NH3 molecule to form a coordinate covalent bond. E the...
Chem 1030 Chapter 16 Chemistry of Acids and Bases 4. Predict the stronger acid in each pair and explain why. a) H3P or HAs b) H3P or HS c) H2SeO4 or H2Se03 d) HOCN or HCN (In HOCN, the H ion is attached to the O atom of the OCN ion.) 5. The conjugate bases for the acids F3CCOOH and H;CCOOH are shown.:03.0: 0 0 : a) Which conjugate base is stronger, i.e. which is more readily accept a proton?...
Question 1 Identify all compounds below that CANNOT be made by the electrophilic aromatic substitution reactions introduced in Sections 18.1-18.6 SOH Question 2. Match each pair of structures with the appropriate term. KEY 1 = Constitutional isomers 2 - Diastereomers 0 000 3 = Different conformations 4 = Resonance structures 5 = Bond-shift isomers Question 3. In this reaction, FeBrz is acting as a and the complex that is formed will react with benzene as a/n :Br: : Br-Br: Br-Br-Fe-Br:...
I need help being walked through each part please
lel 4: Electrophiles Il that an electrophile (E) is a Lewis Acid which accepts electrons. HO C H,Br (ChalCH CH3NH2 stions: For the compounds listed in Model 4: (a) Circle the compounds that could act as electrophiles, cross out those that would not (b) Explain why the compounds circled could act as electrophiles. (c) What feature must all electrophiles have? (d) Once your group has reached consensus, come up with an...
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