Why does the strength of a covalent bond depend on the loss of energy?

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    Bond Formation
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Discussion Overview

The discussion revolves around the relationship between energy loss and the strength of covalent bonds, exploring why greater energy loss during bond formation correlates with stronger bonds. Participants seek clarification on this concept and its implications.

Discussion Character

  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant states that a greater loss of energy during bond formation is associated with stronger covalent bonds.
  • Another participant questions how the energy released when forming a bond relates to the energy required to break that bond.
  • A request for further elaboration indicates a lack of understanding among some participants regarding the initial claim.
  • A later reply introduces the concept of conservation of energy, suggesting that the energy released when forming a bond must equal the energy required to break it.

Areas of Agreement / Disagreement

The discussion remains unresolved, with participants expressing varying levels of understanding and seeking clarification on the relationship between energy loss and bond strength.

Contextual Notes

Participants have not fully articulated the assumptions underlying their claims, and there may be differing interpretations of energy concepts related to covalent bonds.

logearav
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its being said, " more the loss of energy, more the strength of the covalent bond"
revered members,
could u explain why?
thanks in advance
 
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How would the amount of energy released when forming the bond relate to the energy needed to break the bond?
 
sir, i don't understand. could u elaborate, please?
 
Think about the conservation of energy. If forming a bond releases x amount of energy, the breaking that same bond must require the input of at least x amount of energy.
 

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