Homework Answers
Answer = B ,
as mutase is enzyme that only chnages position of functional group . So here position of OH group is changed and there is no other alteration in molecule.
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Consider the following MUTASE reaction which occurs in a biosynthetic pathway for lysine COO CH2 CH-...
Match the number with the letter. 1 Oxaloacetate ÇOO H-SCOA C00 Citrate C=0 CH2 HO-C-C00 16...
Match the number with the letter.
1 Oxaloacetate ÇOO H-SCOA C00 Citrate C=0 CH2 HO-C-C00 16 CHOICES: A. acetyl S-COA B. ADP C. ATP D. CO2 E. FAD F. FADH2 G. H20 H. NAD+ 1. NADH/Ht 1.02 K. H-SCOA 8 CH2 COO 14 13 CH2 COO BONUS 2.00 COO CH HC COO COO Isocitrate Malate HO-CH HO-CH CH2 COO 3 Citric acid cycle COO 7 2 3 15 4 СОЮ BONUS 6 COO 5 CH 11 HC Fumarate 7 &...
Biochem: please label the following biochemical pathways with the name of each compound, the enzyme involved...
Biochem: please label the following biochemical pathways with
the name of each compound, the enzyme involved in each reaction,
the byproducts of each reaction if there are any (ATP, ADP, NADH,
NADPH, FADH2, CO2, H2O etc.)
FADH, NAD FAD COA NADH, H COA COA H 1 2 3 H 4 18 NH P-ribose COA çoo HNICH COA CH, Coo HC 11 10 +H2O 5 coon CH COO- HC "OOC OH сн. CH 14 coo COO NADH + H 6 9...
Biochem: please label the following biochemical pathways with the name of each compound, the enzyme involved...
Biochem: please label the following biochemical pathways with
the name of each compound, the enzyme involved in each reaction,
the byproducts of each reaction if there are any (ATP, ADP, NADH,
NADPH, FADH2, CO2, H2O etc.) and
if possible where reaction is capable of occuring (cytosol,
mitochondria, etc.) and the type of reaction (clevage,
transamination, isomerization, hydration, decarboxylation,
etc.)
Thank you
FADH, NAD FAD COA NADH, H COA COA H 1 2 3 H 4 18 NH P-ribose COA çoo...
The following sequence of reactions occurs whenever your body breaks down a nutrient to obtain energy....
The following sequence of reactions occurs whenever your body breaks down a nutrient to obtain energy. Identify each of these reactions as an oxidation, a reduction, a hydration, a dehydration, an acid-base reaction, a decarboxylation, or an oxidative decarboxylation. Only the organic reactants and products are shown here. - Reaction 2 CH2-C00 HO-c-coo CH2-C00 CH-coo Reaction , C-C00 CH2-Coo | HO-CH-COO CH_coo" CH₂–cool HO-CH-COO Reaction 3 Reaction 4 o=c-coo CH-000 CH2-Coo 0=c-coo CH2 CH-C00 - CH2 - Coo CH2-C00 Reaction...
4. Write out the 10 structure for the following polypeptide: он он HyN-CH-C-N-CH-C-N-CH-COO CH2 CH-OH CH...
4. Write out the 10 structure for the following polypeptide: он он HyN-CH-C-N-CH-C-N-CH-COO CH2 CH-OH CH C-NH2 CH3 COO 5. Illustrate the possible 2° structure interactions in the following polypeptide: R. 6. Identify the type of 3° structure interaction that will occur between the following pairs of amino acids: a) Aspartic acid and lysine b) Serine and tyrosine c) Leucine and valine d) Cysteine and cysteine 7. Draw out the products of the hydrolysis of the following polypeptide: HsN CH-C-N-C-C-N-C-C-N-CH-C-N-CH-COo...
Consider a typical Sgi pathway involving the reaction of 2-bromo-2-methylpropane with hydroxide as shown below. CH...
Consider a typical Sgi pathway involving the reaction of 2-bromo-2-methylpropane with hydroxide as shown below. CH HC-C-Br -NaOH Syl CH; A reaction energy diagram for this reaction is provided below. What intermediate from the list below is present at position (2) on this diagram? G (1) (5) Reaction Coordinate CH; CH; CH; НО С-.--В сох с — Br HẠC CH А HẠC CHỦ B HỌC CHỦ с CH, CH; CH; НО- НО. -cs Н;С сн; Н;С сн D HẠC CHỜ...
5. In each of the problems below, consider the E1 or E2 reaction occurs then show...
5. In each of the problems below, consider the E1 or E2 reaction occurs then show the mechanism and product or products. Label major and minor products where applicable. a. Reaction of 1,1-bromomethylcyclohexane and sodium ethoxide in ethanol Br CH, OH b. Reaction of (1R 2R) 1-bromo-2-methylcyclohexane and sodium ethoxide in ethanol. HINT: You should draw the ring in a chair conformation first. CHE + 0 *lller Сн, CH,CH-OH C. Reaction of (15,2R) 1-bromo-2-methylcyclohexane and sodium ethoxide in ethanol. HINT:...
Draw the major organic product(s) of the following reaction. CH3 NaNH2 , NH,(1) CH CH,CH2-CEC-H You...
Draw the major organic product(s) of the following reaction. CH3 NaNH2 , NH,(1) CH CH,CH2-CEC-H You do not have to consider stereochemistry. If no reaction occurs, draw the organic starting material. . Draw one structure per sketcher. Add additional sketchers using the drop-down menu in the bottom right corner. Separate multiple products using the + sign from the drop-down menu Draw the major organic product(s) of the following reaction. of the following reaction. 1 eq NaNH2, NHO) H-CEC-H You do...
3. What is the major product of the following reaction? CH, CH2 HO, BH, THE 4....
3. What is the major product of the following reaction? CH, CH2 HO, BH, THE 4. Refer to the reaction in question 3. The regiochemistry of the hydroboration/oxidation of alkenes is: a Markovnikov. b. non-Markovnikov c. subject to solvent effects. d. unrelated to alkene structure. 5. Which of the following carbocations is the least stableone? D. CHE C d. CHE CH H₂C-¢. H-C H₂C-¢. сн. 6. Which of the following statement is NOT correct? a. Alkenes react with H, in...
Consider the following reaction: 6.20 Br +HBr (a) Use Table 6.1 to estimate ΔΗ for this reaction. (b) AS of this reaction is positive. Explain. (c) Determine the sign of AG. (d) Is the sig...
Consider the following reaction: 6.20 Br +HBr (a) Use Table 6.1 to estimate ΔΗ for this reaction. (b) AS of this reaction is positive. Explain. (c) Determine the sign of AG. (d) Is the sign of AG dependent on temperature? (e) Is the magnitude of AG dependent on temperature? Go Tools Window Help :) 72%-) Tue Apr 30 10:38 A. 1 5492r25660150abebaf41ebet.pdf (page 248 of 1,319) TABLE 6.1 BOND DISSOOAmON ENERGIES (M.ฯ OF COMMON BONDS K/MOL KCAL/MO 92 117 НС-о-сн,...
Match the number with the letter.
1 Oxaloacetate ÇOO H-SCOA C00 Citrate C=0 CH2 HO-C-C00 16 CHOICES: A. acetyl S-COA B. ADP C. ATP D. CO2 E. FAD F. FADH2 G. H20 H. NAD+ 1. NADH/Ht 1.02 K. H-SCOA 8 CH2 COO 14 13 CH2 COO BONUS 2.00 COO CH HC COO COO Isocitrate Malate HO-CH HO-CH CH2 COO 3 Citric acid cycle COO 7 2 3 15 4 СОЮ BONUS 6 COO 5 CH 11 HC Fumarate 7 &...
Biochem: please label the following biochemical pathways with
the name of each compound, the enzyme involved in each reaction,
the byproducts of each reaction if there are any (ATP, ADP, NADH,
NADPH, FADH2, CO2, H2O etc.)
FADH, NAD FAD COA NADH, H COA COA H 1 2 3 H 4 18 NH P-ribose COA çoo HNICH COA CH, Coo HC 11 10 +H2O 5 coon CH COO- HC "OOC OH сн. CH 14 coo COO NADH + H 6 9...
Biochem: please label the following biochemical pathways with
the name of each compound, the enzyme involved in each reaction,
the byproducts of each reaction if there are any (ATP, ADP, NADH,
NADPH, FADH2, CO2, H2O etc.) and
if possible where reaction is capable of occuring (cytosol,
mitochondria, etc.) and the type of reaction (clevage,
transamination, isomerization, hydration, decarboxylation,
etc.)
Thank you
FADH, NAD FAD COA NADH, H COA COA H 1 2 3 H 4 18 NH P-ribose COA çoo...
The following sequence of reactions occurs whenever your body breaks down a nutrient to obtain energy. Identify each of these reactions as an oxidation, a reduction, a hydration, a dehydration, an acid-base reaction, a decarboxylation, or an oxidative decarboxylation. Only the organic reactants and products are shown here. - Reaction 2 CH2-C00 HO-c-coo CH2-C00 CH-coo Reaction , C-C00 CH2-Coo | HO-CH-COO CH_coo" CH₂–cool HO-CH-COO Reaction 3 Reaction 4 o=c-coo CH-000 CH2-Coo 0=c-coo CH2 CH-C00 - CH2 - Coo CH2-C00 Reaction...
4. Write out the 10 structure for the following polypeptide: он он HyN-CH-C-N-CH-C-N-CH-COO CH2 CH-OH CH C-NH2 CH3 COO 5. Illustrate the possible 2° structure interactions in the following polypeptide: R. 6. Identify the type of 3° structure interaction that will occur between the following pairs of amino acids: a) Aspartic acid and lysine b) Serine and tyrosine c) Leucine and valine d) Cysteine and cysteine 7. Draw out the products of the hydrolysis of the following polypeptide: HsN CH-C-N-C-C-N-C-C-N-CH-C-N-CH-COo...
Consider a typical Sgi pathway involving the reaction of 2-bromo-2-methylpropane with hydroxide as shown below. CH HC-C-Br -NaOH Syl CH; A reaction energy diagram for this reaction is provided below. What intermediate from the list below is present at position (2) on this diagram? G (1) (5) Reaction Coordinate CH; CH; CH; НО С-.--В сох с — Br HẠC CH А HẠC CHỦ B HỌC CHỦ с CH, CH; CH; НО- НО. -cs Н;С сн; Н;С сн D HẠC CHỜ...
5. In each of the problems below, consider the E1 or E2 reaction occurs then show the mechanism and product or products. Label major and minor products where applicable. a. Reaction of 1,1-bromomethylcyclohexane and sodium ethoxide in ethanol Br CH, OH b. Reaction of (1R 2R) 1-bromo-2-methylcyclohexane and sodium ethoxide in ethanol. HINT: You should draw the ring in a chair conformation first. CHE + 0 *lller Сн, CH,CH-OH C. Reaction of (15,2R) 1-bromo-2-methylcyclohexane and sodium ethoxide in ethanol. HINT:...
Draw the major organic product(s) of the following reaction. CH3 NaNH2 , NH,(1) CH CH,CH2-CEC-H You do not have to consider stereochemistry. If no reaction occurs, draw the organic starting material. . Draw one structure per sketcher. Add additional sketchers using the drop-down menu in the bottom right corner. Separate multiple products using the + sign from the drop-down menu Draw the major organic product(s) of the following reaction. of the following reaction. 1 eq NaNH2, NHO) H-CEC-H You do...
3. What is the major product of the following reaction? CH, CH2 HO, BH, THE 4. Refer to the reaction in question 3. The regiochemistry of the hydroboration/oxidation of alkenes is: a Markovnikov. b. non-Markovnikov c. subject to solvent effects. d. unrelated to alkene structure. 5. Which of the following carbocations is the least stableone? D. CHE C d. CHE CH H₂C-¢. H-C H₂C-¢. сн. 6. Which of the following statement is NOT correct? a. Alkenes react with H, in...
Consider the following reaction: 6.20 Br +HBr (a) Use Table 6.1 to estimate ΔΗ for this reaction. (b) AS of this reaction is positive. Explain. (c) Determine the sign of AG. (d) Is the sign of AG dependent on temperature? (e) Is the magnitude of AG dependent on temperature? Go Tools Window Help :) 72%-) Tue Apr 30 10:38 A. 1 5492r25660150abebaf41ebet.pdf (page 248 of 1,319) TABLE 6.1 BOND DISSOOAmON ENERGIES (M.ฯ OF COMMON BONDS K/MOL KCAL/MO 92 117 НС-о-сн,...
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