Question

the movement of electrons in heterolytic bond fission is shown by,​

Answer 1

Answer:

Explanation: Heterolytic fission

In this case we can see that one of the atoms carry a negative charge after bond cleavage indicating that it has both the electrons of the bond and the other has no electrons at all. ... As the electrons are not divided equally after bond cleavage this is called Heterolytic Fission

Answer 2

Answer:

Heterolytic fission

• Heterolytic fission, additionally called heterolysis, is a form of bond fission wherein a covalent bond among chemical species is damaged unequally, ensuing withinside the bond pair of electrons being retained through one of the chemical species (even as the alternative species does now no longer maintain any of the electrons from the bond pair).
• When a neutrally charged molecule undergoes heterolytic fission, one in all the goods can have a positive charge while the alternative product can have a negative charge.
• It may be referred to that the undoubtedly charged made from the heterolytic fission of an impartial molecule, generally known as the cation, is the chemical species that now no longer maintain any of the bonded electrons that submit the bond fission.
• On the alternative hand, the negatively charged made from the heterolysis (additionally called the anion) is the chemical species that keeps each of the bonded electrons after the bond fission process.
• It also can be referred to that once a covalent bond is subjected to heterolytic fission, the bonded species with the extra electronegativity is the only one that generally keeps the bond pair of electrons and obtains a negative charge. On the alternative hand, the greater electropositive species generally does now no longer maintain any electrons and obtains a positive charge.

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