O2nch2ch2o- is more stable than ch3ch2o-
WebO2NCH2CH2O- is more stable than CH3CH2O- because NO2 has I-effect and hence, it tends to disperse the negative charge on oxygen atom. CH3CH2 exerts a +Ieffect and it tends to intensify the negative charge and destabilize it. Question 12.10 Explain why alkyl groups act as electron donors when attached to a π system.
O2nch2ch2o- is more stable than ch3ch2o-
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WebNitroethoxide ion is more stable than ethoxide ion due to -I effect of nitro group which decreases the negative charge of oxide ion of nitroethoxide ion leading to stability. Load … Web27 de ene. de 2024 · Here in the question, O₂N--CH₂---CH₂O⁻ is more stable carboanion than CH₃---CHO⁻ because the presentation of --NO₂ group, and --NO₂ is electron …
Web(1) Ans6. The eclipsed conformation of propane is less stable and has more energy than the eclipsed conformation of ethane. This is because in propane there are additional interactions between C-H and C-C bond of methyl group. (1) Ans7. O2NCH2CH2O- will be more stable because -NO2 group has electron withdrawing inductive effect or I effect. (1 ... WebAnswer (1 of 4): First we should have clearity about what is covalent character in ionic bond. All ionic bonds are not purely ionic as nothing in universe is 100% pure. So it has some directional nature, which we called as polarizibility in chemistry. Higher the directional nature , …
Web14 de dic. de 2024 · o2NCH2CH2O- is more stable than CHCH2O- because NO2 shows -R and -I effect which reduces the electron density at O- so it stablises but CH3 hav +I … http://sistemasp.tehuacan.gob.mx/tvfuasxa/are-alkenes-more-reactive-than-alkynes
WebQuestion: CH3CH2O is more stable than CH3COO- CH3COO is resonance stabilized CH3CH2O is more basic than CH3COO- The stronger the acid, the weaker its conjugate base. This is known as the: Kekule statement The reverse relationship The inverse relationship The acid-base relationship The weak acid relationship Te pKa of a weak acid …
WebHere we have to determine which species is most a stable and why is the reason behind that. So the answer is yeah we see that There is a note a group that is electron … inmate search solano countyWebO2NCH2CH2O– is more stable because –NO2 group with –I effect disperses the negative charge on the anion. On the other hand, CH3CH2– group with +I effect increases the magnitude of the negative charge on the anion and thus destabilises it. Which of the two is expected to be more stable o2n ch2ch2o or ch3ch2o -? give reason? inmate search shelby county indianaWebVIDEO ANSWER: Hello here the question is given in which two different species are given. That is or two and CH two CH to all minors. And These other species that is c. s. three … inmate search state of maineWebHence, O2NCH2CH2O-is expected to be more stable than CH3CH2O-. Q10 : Explain why alkyl groups act as electron donors when attached to a À system. Answer : When an alkyl group is attached to a À system, it acts as an electron-donor group by the process of hyperconjugation. mod db dawn of warWeb29 de abr. de 2024 · Since a nucleophile is a species that is donating a pair of electrons, it’s reasonable to expect that its ability to donate electrons will increase as it becomes more electron rich. As electron density … moddb.com server downWebOn the other hand, ethyl group is an electron-releasing group. Hence, the ethyl group shows +I effect. This increases the negative charge on the compound, thereby destabilising it. … inmate search shelby ncWeb21 de dic. de 2024 · Expert Answer CH3CH2CH2CH2+ is more stable than (CH2)2CHCH2+ because it is having more alpha hydrogen. Due to presence of more alpha hydrogen, It will show more hyperconjugaion effect. Answered by Ravi 21 Dec, 2024, 10:47: AM Practice Test Webinar All Questions Ask a Doubt Answered Unanswered My … moddb dawn of war 2 retribution