作者查詢 / ted40905
作者 ted40905 在 PTT [ Chemistry ] 看板的留言(推文), 共424則
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13F推: 可能用混成軌域來解釋會好些05/04 14:06
14F→: sp3性質上比較接近2p，電子比較外面；2s比較短05/04 14:07
15F→: 隨著混成比例變為sp2、sp，p的比重下降，鍵長就變短了05/04 14:08
6F推: 用蘇打水試試04/23 18:54
1F推: 第一步是F-C醯化 跟克萊門森重排沒關係03/26 21:25
2F→: 第三步就只是氫化 氫化有很多方法任君挑選03/26 21:26
3F推: 搞笑了 誤以為你說克萊森重排 但沒差XD03/26 21:37
4F→: http://ppt.cc/mUe8 第一段03/26 21:46
10F推: Perfect gas......第一次聽到這用詞......01/30 21:22
18F推: P1V1=P2V2是等溫下才有的條件這題要用絕熱01/30 21:58
1F推: 你說的沒錯阿，由於陽離子橋形成後Br-只能從背側攻擊C101/18 19:02
2F→: 所以EZ form各一種產物01/18 19:02
3F推: 更正 各一組 所以四種都有無誤01/18 19:36
7F推: 答案是錯的01/19 17:46
8F推: http://ppt.cc/DEhd01/19 17:54
15F推: 酸性強弱可由共軛鹼判斷。酚的共軛鹼有共振穩定 容易丟01/18 19:44
1F推: 從熱力學角度來說，只要時間夠長讓有機酸跟水分別解離10/07 23:11
2F→: 最後就會產生好幾條平衡式，並根據各自的平衡常數10/07 23:12
3F→: 來決定各種衍生物的濃度(包含你的式三在內)10/07 23:13
4F推: 細節來說，有機酸共軛鹼-攻擊重水，得到單氘與雙氘產物10/07 23:18
5F→: 這部分是沒問題的。不過"親核性"是動力學概念，而酸鹼10/07 23:20
6F→: 是熱力學概念。你指出"搶奪D+的能力"實際上就是反應速度10/07 23:20
11F噓:03/17 16:26