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Abstract

Allah created human beings with different perspectives (perception, understanding, behavior, ability, and influence in society), and no two individuals are identical in all qualities. Some people perceive everything negatively, while others view it positively. These collective properties of human beings affect society in multiple ways. In chemistry, there are also numerous electronic effects that influence chemical interactions, stabilizing the products and making the interacting compounds more or less reactive. These electronic effects make chemical interactions easier or harder. They also affect product yields, bond lengths, dipole moments, and the stability of alkenes, carbocations, acidity, and strength. The main electronic effects are the mesomeric effect, inductive effect, steric effect, and hyperconjugation effect. This work focuses on the hyperconjugation effect.

Keywords

Dipole Moment Hyperconjugation Effect Inductive Effect Mesomeric Effect Radical Alkyl Stability Reverse Hyperconjugation Steric Effect

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Nazimi, G. (2025). Investigation of Hyperconjugation Effect on Chemical Reactions and Compounds Stability. Journal of Natural Sciences – Kabul University, 4(2), 253–267. https://doi.org/10.62810/jns.v4i2.216
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References

  1. Bahl,Arun.Bahl, B S. A textbook of organic Chemistry. S. Chand. 2018, pp.
  2. 702-707
  3. . Brown W. H. -et al. Organic Chemistry. U.S.A. 2014, pp. 231-232
  4. . Bruice,Paula Yurkanis. Organic Chemistry. Pearson. 2017, pp. 312-319
  5. . Clayden, Jonathan. Greeves, Nick. Warren, Stuart. Organic Chemistry.
  6. Oxford. 2012, pp. 636, 642-647
  7. . Lery G. Wade. Organic Chemistry 8Th edition. U.S.A. 2012, pp. 248, 215
  8. . McMurry, John E. Organic Chemistry. 2016, pp. 887-892
  9. . Smith, Michael B. March's Advanced Organic Chemistry: Reactions,
  10. Mechanisms, and Structure. Willy. 2019, pp. 741-750
  11. . Solomons, T. W. Graham. Fryhle,Caig B. Snyder, Scott A. Organic
  12. Chemistry. Willy. 2017, pp. 512-517
  13. . William, H, Brown, poone, Thomas. Introduction to Organic Chemistry.
  14. Willplus. 2016, pp. 325-327
  15. . Oгaнecян, Э.T. oБучаЮщихся по специалност «фармация›› москова
  16. издателЬ ский центр Akaдемия. Oрганичеся химиия; учебник, для студен
  17. тoв. 2011, CC, 42, 121
  18. A. v. Vutturi. Hyperconjugation. Available. 2011: www.adichemistry.com
  19. A. Prakash. Hyperconjugation-Electrometric. 2021, Available: https://www.vedantu.com/chemistry/hyperconjugation
  20. S. Humbel and Z. Alamiddine, "Hyperconjugation in Carbocations, a BLW Study with DFT approximation," (in English), Frontiers in Chemistry, Original Research vol. 1, no. 37, 2014-January-07.