2015年4月4日 · What are all the structural isomers of a tertiary amine with the sum formula C6H15N?

2015年11月3日 · When we talk about chain isomers we mean isomers with different carbon skeleton. If the carbon skeleton is changing as well as the functional group we report it as functional group isomerism. For the given compound in your question, primary, secondary and tertiary amines will show functional group isomerism, as they are forming different types of …

2019年5月31日 · What is the total number of isomers, considering both structural and stereoisomers of cyclic ethers with the molecular formula C4H8O?

2016年3月20日 · Diethyl Ether can accept hydrogen bonds readily, and you are correct in pointing out it would be better than diethylamine at doing such. However, diethylamine can also donate a hydrogen bond, giving it two modes of solvation, possibly both simultaneously. Also, there is some minor acid-base reactions that may occur forming diethylammonium hydroxide, which being an …

2024年8月8日 · When acid chloride is reacted with a tertiary amine, it basically does not show any reaction. I cannot find a satisfactory reason to this. Everywhere on the internet says, because there's no replac...

2015年6月1日 · Jaroslav already gave you a good hint: Assume full dissociation, which leads to the following equation:

2015年12月11日 · Is the alkene with the representation $\\ce{CH3CH=CHCH2CH3}$ a cis-trans isomer? If so, why? I mean, it is not like the other cis-trans alkenes, because all of them were symmetrical somehow?

2015年1月9日 · I was recently doing some organic chemistry work and came across a set of problems. "Which of the following compounds will participate in hydrogen bonding with water? For each compound, indicate w...

2015年10月26日 · Given the following pairs of samples, how do I distinguish between them? benzamide and ethanamide ethanoyl chloride and ethanoic anhydride My Approach: We could easily convert the amides to amin...