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(a) he reagent(s) type yo Choose the reagents from the ones shown below (A-L). E للہ علہلہ پہلا میں مللی پھیلہ میر رہی ہلو بلی میر بلد Br F prepare Tollowing target Br Br C G K

(a) he reagent(s) type yo Choose the reagents from the ones shown below (A-L). E للہ علہلہ پہلا میں مللی پھیلہ میر رہی ہلو بلی میر بلد Br F prepare Tollowing target Br Br C G K

Organic Chemistry: A Guided Inquiry
Organic Chemistry: A Guided Inquiry
2nd Edition
ISBN:9780618974122
Author:Andrei Straumanis
Publisher:Andrei Straumanis
Chapter23: Addition To A Carbonyl
Section: Chapter Questions
Problem 8E
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**Title: Selection of Reagents for Target Molecule Synthesis** **Objective:** Identify the reagents and reaction type required to synthesize a specific target molecule. **Task:** Choose appropriate reagents from the provided options (A-L). **Target Molecule:** The molecule depicted displays a chain with two ketone groups and various alkyl substituents. **Reagent Choices:** - **A**: Structure with a terminal bromoalkane. - **B**: Ketone with a 3-carbon chain containing a double bond. - **C**: Ketone with an alkene. - **D**: Diketone with a methyl end. - **E**: Aromatic ketone with ethyl side chains. - **F**: Terminal bromoalkane attached to a short alkenyl chain. - **G**: Long-chain diketone. - **H**: Aromatic diketone. - **I**: Simple linear ether. - **J**: Bromoalkane with an ether linkage. - **K**: Aromatic bromoketone. - **L**: Alkene with ketone functional groups. **Guidance for Selection:** Review each reagent’s functional groups and structural attributes to determine its potential to yield the desired molecule through feasible chemical reactions, such as nucleophilic substitutions, condensations, or reductions. **Note:** Understand the characteristics of each reagent for effective application in synthetic methodologies pertinent to organic synthesis.
Transcribed Image Text:**Title: Selection of Reagents for Target Molecule Synthesis** **Objective:** Identify the reagents and reaction type required to synthesize a specific target molecule. **Task:** Choose appropriate reagents from the provided options (A-L). **Target Molecule:** The molecule depicted displays a chain with two ketone groups and various alkyl substituents. **Reagent Choices:** - **A**: Structure with a terminal bromoalkane. - **B**: Ketone with a 3-carbon chain containing a double bond. - **C**: Ketone with an alkene. - **D**: Diketone with a methyl end. - **E**: Aromatic ketone with ethyl side chains. - **F**: Terminal bromoalkane attached to a short alkenyl chain. - **G**: Long-chain diketone. - **H**: Aromatic diketone. - **I**: Simple linear ether. - **J**: Bromoalkane with an ether linkage. - **K**: Aromatic bromoketone. - **L**: Alkene with ketone functional groups. **Guidance for Selection:** Review each reagent’s functional groups and structural attributes to determine its potential to yield the desired molecule through feasible chemical reactions, such as nucleophilic substitutions, condensations, or reductions. **Note:** Understand the characteristics of each reagent for effective application in synthetic methodologies pertinent to organic synthesis.
**Instructions:** 1. **Reagent Identification:** - Write the letter corresponding to the correct reagent in the space provided. - If more than one compound is used, write your answer as two letters. - For example: "AB." **Reagent(s):** [Input Box] 2. **Reaction Type Selection:** - Name the type of reaction used by selecting the correct answer from the choices provided. **Note:** If the reaction is not an exact match with any of the choices, choose the most similar reaction type. [Dropdown Menu]
Transcribed Image Text:**Instructions:** 1. **Reagent Identification:** - Write the letter corresponding to the correct reagent in the space provided. - If more than one compound is used, write your answer as two letters. - For example: "AB." **Reagent(s):** [Input Box] 2. **Reaction Type Selection:** - Name the type of reaction used by selecting the correct answer from the choices provided. **Note:** If the reaction is not an exact match with any of the choices, choose the most similar reaction type. [Dropdown Menu]
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Formation of beta keto ester 

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