The energy required to overcome the attraction between two bonded nuclei and their shared electrons is called _ energy. This quantity is a measure of bond strength since the stronger the bond, the _ the amount of energy required to break it.

The energy required to overcome the attraction between two bonded nuclei and their shared electrons is called Nuclear Binding Energy (Bond Energy). This quantity is a measure of bond strength since the stronger the bond, the Higher (Greater) the amount of energy required to break it.

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theleangreenbean theleangreenbean · Answer 2 · 2020-12-26T16:58:00+01:00

theleangreenbean theleangreenbean

26-12-2020

The energy required to overcome the attraction between two bonded nuclei and their shared electrons is called bond energy. This quantity is a measure of bond strength since the stronger the bond, the greater amount of energy required to break it.

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The energy required to overcome the attraction between two bonded nuclei and their shared electrons is called _____ energy. This quantity is a measure of bond strength since the stronger the bond, the _____ the amount of energy required to break it.

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The energy required to overcome the attraction between two bonded nuclei and their shared electrons is called _ energy. This quantity is a measure of bond strength since the stronger the bond, the _ the amount of energy required to break it.