2. Using what you have learned about esterification reactions in this experiment, complete the chemical equation...
3. Amidation is a reaction similar to esterification, except an amine is added to the carboxylic acid instead of an alcohol, producing an amide. Using the pattern you have learned from esterification and information in your textbook), complete the chemical equation for the following amidation reaction: heat CH3-CH2-NH, + HO-C-CH2-CHE =
2-Chloropropane Based on what you have learned so far, predict the more stable product in the reaction of CH2=CH-CH2-CH3 with HBr (circle the arrow for the step that leads to the predicted product), then calculate the energies of intermediates and products. Reactions normally go through the most stable intermediate, irrespective of the stability of the product. Circle the product you would get based on the stability of the intermediate. HẠC-CH–CH2–CH, • HAC-CH-CH2-CH, Br Energy: Energy H C=C CH2CH3 + HBr...
Complete the chemical equation for the complete reduction of the following molecules. If no reduction reaction can occur, you must clearly indicate this by writing "no reaction." If more than one product forms, you must draw all of the products. All non-cyclic hydrogens must be shown in your products 1. b) CH3 c) CH3 d) Make a clear sketch of the hydrogen bonding between 2 molecules of methanoic acid. Be sure to include all hydrogens in your drawing. 2. Complete...
Please answer ASAP!! will rate! thank you Part A Write the chemical equation for the reduction of acetaldehyde to ethanol. Complete the reaction by dragging the appropriate labels to their respective targets. Note: not all labels will be used. Reset Help OH CH;-(-OH CO2 + NADH NAD NADH + H Hz-CH2-C- CH3-C-H HS - COA + NAD+ CH3-C-C-H (coenzyme) (coenzyme)
what is the product of these reactions Complete the given reactions. Add hydrogen atoms and charges to the appropriate atoms. Reaction A Select Draw Rings More HY Н H3C-CH2-6——CH3 + NaOH ZI heat Reaction B Select Draw Rings More H- སྐབས་བདག་ལ་ཡང་ ཨཔ་ H3c-CH?-c—N-CH + HCl heat
What is the product and chemical equation for the esterification reaction using 2-phenylacetic acid (PhAcOH) + 3-methyl-1-butanol (PentOH) with sulfuric acid (H2SO4)?
1. Draw structures for the following compounds: a) l-ethyl-2-methylcyclohexane b) 4-methyl hexanal c) N-N-dimethylpentanamide 2. What is the product of this bromination reaction? H2C-CH=CH-CH2-CH2-CH3 + Br2 3. What is the product of this oxidation reaction? OH H3C-CH-CH-CHg 10 Сн, 4. Consider the esterification reaction reaction below: H, SO H3C-CH2-CH2-CH2-C-OH + H2C-CH2-OH What organic compound is the reactant on the left? What organic compound is the reactant on the right? Draw the product of the reaction. What type of organic compound...
write a chemical reaction for each esterification using the line angle formulas of the carboxylic acids and alcohols listed in table 1: (1-5) Table 1. Preparation guidelines for part 2 esterification reactions. test tube number carboxylic acid alcohol тон H OH formic acid isobutyl alcohol OH OH acetic acid benzyl alcohol OH acetic acid OH Isopentyl alcohol OH ethyl alcohol OH acetic acid OH -OH methyl alcohol Гон salicylic acid
Question #8: Using any reactions we have learned this semester design a synthesis for the following transformation, pay attention to stereochemistry. (10 pts) (Multi-step required) HC=CH CH3CH2 H C=C H (E)-2-pentene CH3
Question 3 [2 Marks] A. Name the following reactions as reduction, oxidation, substitution, elimination reactions. (1 Mark) CH Na/NH, i) Học = | CH - NaNH » H=": Н3С. H3C H2SO4 H3COH - 70°C C H3C CH2 + H2O H3C CH3 heat CH3 CH3 -C-CH3 + HCI- OH CH3-C-CH3 + H2O CH3 CH2 CH3 + 502 — >3CO2 + 4H20