Specializes in organic chemistry, offering detailed knowledge on reaction mechanisms, synthesis, and molecular analysis. It excels in academic and theoretical aspects but is not suited for industrial formulations, product development, or analysis of non-organic substances
Provided detailed information on a typical Michael addition reaction with SMILES notation, including the mechanism and example molecules.
Prompt : 用smile式输出一个典型的迈克尔加成反应
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Prompt : What intermolecular force generally accounts for the higher boiling points of alcohols compared to alkanes?
The answer provided information about the natural separation of carbon monoxide from liquid phases and detailed methods for its practical separation in a laboratory setting.
Prompt : Would carbon monoxide separate itself on its own from the water and sulfuric acid?
Provided accurate calculation for the required amount of Cl2CHOCH3 based on the given molecular weight.
Prompt : molecular weight of Cl2CHOCH3 is 114.95, calculate grams needed
Provided comparison of polarity between dichloromethane and ethyl acetate with relevant molecular structure insights.
Prompt : What is more polar between dichloromethane (DCM) and ethyl acetate?
Perfecto. Muchísimas gracias
Prompt : Uso de Bromuro de Metilo en lugar de Yoduro de Metilo para la determinación de aminas libres
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Prompt : Buchwald-Hartwig amination
The answer provided clear and accurate information on calculating molar equivalents in organic chemistry.
Prompt : Calculate 1 molar equivalent of Hcl2COCH3 for 1g of C8H10O2
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Prompt : carcinogenic organic compounds
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Prompt : stability of benzene and the resonance effect
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Prompt : What are Hemiacetals ?
Great explanation!
Prompt : glucose derivatives and their reactions, including reduction, oxidation, and reactions with various reagents