有機(jī)化學(xué)（下）（中國(guó)石油大學(xué)（華東））知到智慧樹(shù)期末考試答案題庫(kù)2025年中國(guó)石油大學(xué)（華東）

有機(jī)化學(xué)（下）（中國(guó)石油大學(xué)（華東））知到智慧樹(shù)期末考試答案題庫(kù)2025年中國(guó)石油大學(xué)（華東）除去苯中的少量苯酚用

來(lái)洗滌。

答案:除去苯中的少量苯酚用

來(lái)洗滌。除去苯中的少量噻吩用

來(lái)洗滌。NaOH

B.H2SO4

C.HCl

答案:B除去苯中少量的噻吩選用哪種試劑？（

）。

答案:濃硫酸通過(guò)Michael加成反應(yīng)可以合成（

）。

答案:1,5-二羰基化合物選用下面那種方法可以合成1-苯基-2-丙醇（

）。

答案:乙醛與芐基溴化鎂反應(yīng)薄層色譜的固定相是GF250硅膠。

答案:對(duì)苦味酸是下面哪個(gè)化合物（

）。

答案:2,4,6-三硝基苯酚能隨水蒸氣蒸餾出來(lái)的化合物是

答案:能隨水蒸氣蒸餾出來(lái)的化合物是肟在酸性條件下重排為酰胺的反應(yīng)稱(chēng)為（

）。

答案:Beckmann重排羧酸的沸點(diǎn)比分子量相近的烴，甚至比醇還要高，主要原因是（

）。

答案:形成二締合物用那種試劑可以區(qū)分正丁醇、仲丁醇和叔丁醇（

）。

答案:lucas試劑用于制備RMgX的溶劑乙醚中可以含有（

）

答案:少量環(huán)己烷用IR判斷羰基化合物，其中羰基的特征吸收峰為（

）。

答案:用IR判斷羰基化合物，其中羰基的特征吸收峰為（

）。水楊酸是下面哪個(gè)化合物（

）。

答案:鄰羥基苯甲酸水冷凝管和空氣冷凝管選擇溫度界限是140℃。

答案:對(duì)樣品純度≥95%才適合重結(jié)晶提純。

答案:對(duì)柱色譜的分離原理是利用不同極性分子在硅膠上吸附能力的差別進(jìn)行分離。

答案:對(duì)某化合物，能發(fā)生碘仿反應(yīng)，其IR在42625px-1處有強(qiáng)吸收，而NMR為δ2.0（3H，單峰）；3.5（2H，單峰）；7.1（5H，多重峰）。該化合物可能的結(jié)構(gòu)式是（

）。

答案:1-苯基-2-丙酮有機(jī)化合物的結(jié)構(gòu)表征方法有（

）

答案:以上都對(duì)對(duì)甲基苯乙酮有幾種化學(xué)等價(jià)的H（

）。

答案:4如用酯與格氏試劑制備3－戊醇，你應(yīng)選擇的酯是（

）。

答案:甲酸乙酯在0-5℃時(shí)與亞硝酸反應(yīng)放出氮?dú)獾幕衔锸?/p>

答案:在0-5℃時(shí)與亞硝酸反應(yīng)放出氮?dú)獾幕衔锸沁拎さ挠H電取代發(fā)生在

。

答案:β位吡咯的親電取代發(fā)生在

。

答案:α位可溶解于冷的濃硫酸中的化合物是(

)

答案:可溶解于冷的濃硫酸中的化合物是(

)可溶解于NaHCO3水溶液中的化合物是

答案:可溶解于NaHCO3水溶液中的化合物是可發(fā)生碘仿反應(yīng)的化合物是

答案:可發(fā)生碘仿反應(yīng)的化合物是可與飽和亞硫酸氫鈉反應(yīng)形成沉淀的化合物是

答案:可與飽和亞硫酸氫鈉反應(yīng)形成沉淀的化合物是可與飽和NaHSO3反應(yīng)發(fā)生的化合物是

答案:環(huán)己酮；苯甲醛可與硝酸銀的氨溶液反應(yīng)生成銀鏡的化合物是（

）。

答案:可與硝酸銀的氨溶液反應(yīng)生成銀鏡的化合物是（

）。可與FeCl3發(fā)生顯色反應(yīng)的化合物是

。

答案:可與FeCl3發(fā)生顯色反應(yīng)的化合物是

?？膳c2，4-二硝基苯肼反應(yīng)生成黃色沉淀的是（

）

答案:可與2，4-二硝基苯肼反應(yīng)生成黃色沉淀的是（

）分子式為C8H10的化合物，其N(xiāo)MR譜只有兩個(gè)吸收峰，dppm(7.2)，dppm(2.3)，其化合物可能的結(jié)構(gòu)為（

）。

答案:對(duì)二甲苯儀器的安裝及拆卸順序是由下至上，從左往右。

答案:對(duì)以下化合物酸性最弱的是

答案:以下化合物酸性最弱的是乙酰乙酸乙酯在有機(jī)合成中一般用于合成

答案:取代丙酮丙二酸二乙酯在有機(jī)合成中一般用于合成

答案:取代乙酸與溴水反應(yīng)生成白色沉淀的化合物是

。

答案:與溴水反應(yīng)生成白色沉淀的化合物是

。與溴水反應(yīng)生成白色沉淀的化合物是

答案:與溴水反應(yīng)生成白色沉淀的化合物是與2,4-二硝基苯肼反應(yīng)生成黃色沉淀的化合物是

答案:與2,4-二硝基苯肼反應(yīng)生成黃色沉淀的化合物是下面那種方法不適合叔丁醇的制備（

）。

答案:叔丁基氯與氫氧化鈉水溶液反應(yīng)下面哪些信息可以聯(lián)合確定化合物中有苯環(huán)存在（

）

答案:；；

化合物的不飽和度≥4下述各化合物中烯醇式含量較高的是

答案:下述各化合物中烯醇式含量較高的是下述各化合物中可使高錳酸鉀溶液褪色的是

答案:下述各化合物中可使高錳酸鉀溶液褪色的是下述反應(yīng)不能用來(lái)制備α,β-不飽和酮的是：（

）

答案:甲醛和苯甲醛在濃堿條件下發(fā)生反應(yīng)下述化合物中酸性最強(qiáng)的是

答案:下述化合物中酸性最強(qiáng)的是下述化合物中可形成較強(qiáng)的分子內(nèi)氫鍵的是

答案:下述化合物中可形成較強(qiáng)的分子內(nèi)氫鍵的是下述化合物中α-H酸性最強(qiáng)的是

答案:下述化合物中α-H酸性最強(qiáng)的是下列醇與氫溴酸反應(yīng)活性最大的是（

）。

答案:下列醇與氫溴酸反應(yīng)活性最大的是（

）。下列醇與HBr反應(yīng)活性最高的是（

）。

答案:下列醇與HBr反應(yīng)活性最高的是（

）。下列羰基化合物C=O的吸收波數(shù)最高的是

答案:下列羰基化合物C=O的吸收波數(shù)最高的是下列各組化合物烯醇式含量最高的是（）

答案:data:image/png;base64,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下列各組化合物親核加成反應(yīng)活性最高的是（）

答案:data:image/png;base64,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下列反應(yīng)能直接用來(lái)制備仲醇的是（

）。

答案:乙醛與格氏試劑加成，然后水解；下列反應(yīng)不能使碳鏈斷裂的是（

）

答案:酯化反應(yīng)下列化合物醇解反應(yīng)活性最高的是（

）

答案:氯乙酰氯下列化合物酸性較強(qiáng)的是

答案:下列化合物酸性較強(qiáng)的是下列化合物酸性最強(qiáng)的是（

）

答案:data:image/png;base64,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下列化合物酸性最強(qiáng)的是（

）。

答案:間硝基苯酚下列化合物酸性最強(qiáng)的是（

）

答案:2,2-二氯戊酸下列化合物酸性最強(qiáng)的是（

）

答案:對(duì)硝基苯酚下列化合物酸性最弱的是（

）

答案:對(duì)羥基苯甲酸下列化合物酯化反應(yīng)活性最高的是（

）。

答案:下列化合物酯化反應(yīng)活性最高的是（

）。下列化合物酯化反應(yīng)活性最高的是（

）

答案:對(duì)硝基苯甲酸下列化合物芳香性最強(qiáng)的是（

）。

答案:苯下列化合物芳香性最強(qiáng)的是

答案:下列化合物芳香性最強(qiáng)的是下列化合物能形成分子內(nèi)氫鍵的有（

）

答案:鄰硝基苯酚；鄰羥基苯甲酸；

順-1,2-環(huán)己二醇下列化合物能形成分子內(nèi)氫鍵的是

答案:下列化合物能形成分子內(nèi)氫鍵的是下列化合物能在NaOH溶液中溶解的是（

）

答案:；下列化合物能發(fā)生銀鏡反應(yīng)的化合物是

答案:葡萄糖

；果糖下列化合物能與Tollens試劑反應(yīng)的是（

）

答案:；

；下列化合物能與Fe3+顯色的是

答案:下列化合物能與Fe3+顯色的是下列化合物堿性由強(qiáng)到弱的順序是a.苯胺

b.對(duì)甲氧基苯胺

c.對(duì)硝基苯胺

d.對(duì)甲基苯胺

答案:b>d>a>c下列化合物堿性由強(qiáng)到弱的順序是a.

NH3

b.苯胺

c.環(huán)己胺

d.氫氧化四丁銨

答案:d>c

>a>b下列化合物堿性最強(qiáng)的是（）

答案:下列化合物堿性最強(qiáng)的是（）下列化合物堿性最強(qiáng)的是（

）

答案:氫氧化四丁銨下列化合物堿性最弱的是（

）

答案:N-甲基-2,4-二氯苯胺下列化合物的酸性最強(qiáng)的是(

)。

答案:下列化合物的酸性最強(qiáng)的是(

)。下列化合物的堿性最強(qiáng)的是(

)。

答案:下列化合物的堿性最強(qiáng)的是(

)。下列化合物的沸點(diǎn)最高的是（

）。

答案:下列化合物的沸點(diǎn)最高的是（

）。下列化合物的親電取代反應(yīng)活性最大的是（

）。

答案:噻吩下列化合物的1HNMR光譜中僅出現(xiàn)一個(gè)單峰的是

答案:ClCH2CH2Cl下列化合物沸點(diǎn)最高的是（

）

答案:正己醇下列化合物沸點(diǎn)最高的是

答案:下列化合物沸點(diǎn)最高的是下列化合物水解反應(yīng)活性最高的是（

）

答案:丙酰氯下列化合物水解反應(yīng)活性最大的是(

)。

答案:下列化合物水解反應(yīng)活性最大的是(

)。下列化合物有3種化學(xué)等價(jià)質(zhì)子的是（）

答案:；

；下列化合物屬于縮醛的是（

）

答案:下列化合物屬于縮醛的是（

）下列化合物室溫下能使KMnO4水溶液褪色的是（

）

答案:下列化合物室溫下能使KMnO4水溶液褪色的是（

）下列化合物發(fā)生親核取代反應(yīng)活性最大的是（

）。

答案:下列化合物發(fā)生親核取代反應(yīng)活性最大的是（

）。下列化合物分子內(nèi)脫水反應(yīng)活性最高的是（）

答案:data:image/png;base64,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下列化合物分子內(nèi)脫水反應(yīng)最快的是

答案:下列化合物分子內(nèi)脫水反應(yīng)最快的是下列化合物親核取代反應(yīng)活性最高的是（）

答案:data:image/png;base64,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下列化合物中C=O親核加成反應(yīng)活性最小的是

答案:CH3COCH=CH2下列化合物與金屬鈉反應(yīng)活性最高的是（）。

答案:1-丁醇下列化合物與盧卡斯試劑反應(yīng)最快的是（

）。

答案:2－甲基－2－丁醇下列化合物與ZnCl2/HCl反應(yīng)出現(xiàn)渾濁最快的是（）。

答案:下列化合物與ZnCl2/HCl反應(yīng)出現(xiàn)渾濁最快的是（）。下列化合物不能形成分子內(nèi)氫鍵的是（

）。

答案:鄰甲基苯酚下列化合物不能發(fā)生碘仿反應(yīng)的是（）

答案:data:image/png;base64,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下列化合物不能使三氯化鐵溶液顯色的是（

）

答案:下列化合物不能使三氯化鐵溶液顯色的是（

）下列三種藍(lán)色C-H鍵在IR光譜中波數(shù)最高的是

答案:下列三種藍(lán)色C-H鍵在IR光譜中波數(shù)最高的是TNT是下面哪個(gè)化合物（

）。

答案:2,4,6-三硝基甲苯data:image/png;base64,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

答案:data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAHoAAAAvCAYAAAAsGt6gAAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAAJcEhZcwAADsQAAA7EAZUrDhsAAANeSURBVHhe7ZwxcqswEIbX7yx2ikxOACfIc5Mq7evk0jlAyncAKOMuras0xid4PkHGRcRdeCshDAQEkoxjJdpvRmMNaM1qf4SkZexZgQDx4/mlPokfDgkdCCR0IJDQgUBCBwIJHQgkdCCQ0IFAQgcCCR0IJHQgkNCBQEIHgrnQ+R7SVQzxbAYzVeJ4Bfs8x3MprFZ70QjSuD5fF2xXfots2/yOU5H2lhj51CVHu1Uct64v7NI92pngYyzGEK8ph+FFxiLxKrOIWFZwrg4jnGcFi0CeAzxXUx2PiqTRvkXGikjaJXgFW1x8ElR2UcEStFNH5fFE+RMN+eNjLMwYFTpjpfOR1kteJKIjrc6pY8Cwmxp4ojqnbaHFzafaTntJDLgUSiO2j7EwZVjokY6fEI622lywc44+8aQciWPX04rpYywsGJijcY75u5E19ryGuaxpmC/h8U7VL4qrTznstgdZYw/38lPH/QOTn4ftDq0qfIyFHQNCczjK2ERwu5AHBpjD+mUkAJPg6FO+g1JnA7vFLbZCDlvYnZT2MRZ26IXOP+BdVd3ZwO++VaUoiycox5gFrj7xo/210OLIVdXHWFhisL26gxvn25MBzjpiHdAtPClHjhPn+HQOPsbCDAOh3+HDcHv5dVj6VD2Oreh7TPsYCzP0QotFRTlZ1Y+wa+PqU8NuW0+8/VSP+egRltXo9TEWlgyM6Dksy97B5m08U7NP0zrjczFcfart2qvpLvu3vtW1j7GwBOeIAao94FCSQGwD2ackxJl7x2rP2nv+XJ8MEia9Da4Qi8E42DEitKBO7UUsKbJmH3mZEux2vLJhDmk/tD11CuvYpttHF58ETbH6U6AytamOdvnKWJjEwRwDoUt4lqDDKrukShThXdpyvg5kuzTu5uru/VyqXmDAml8pMlW6Dpr51EVvN2Ko+JJYWMTBBK9/e5WnMSyOz1C8DGezfjpTxMFge3UNyld8i6dLpxF8Z8I4yHHtK+rRNrT4CYIJ4uDpiFbM1/CKE93hu25ep2KCOPgtNDK/8fBV0BU4Nw6e/xBezFF/AF7/wfoquW1fOD8O3o1oscKs3+yEK/LUcaC/tggE7+doYhpI6EAgoQOBhA4EEjoQSOhAIKEDgYQOBBI6EEjoQCChgwDgP37PVjFA/BIxAAAAAElFTkSuQmCC；data:image/png;base64,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