Question
How are reactivity and electronegativity related?(1 point)
Responses
An element will be less reactive if it has a very high or very low electronegativity.
An element will be less reactive if it has a very high or very low electronegativity.
Elements with lower electronegativity are more reactive than elements with higher electronegativity.
Elements with lower electronegativity are more reactive than elements with higher electronegativity.
An element will be more reactive if it has a very high or very low electronegativity.
An element will be more reactive if it has a very high or very low electronegativity.
Elements with higher electronegativity are more reactive than elements with lower electronegativity.
Responses
An element will be less reactive if it has a very high or very low electronegativity.
An element will be less reactive if it has a very high or very low electronegativity.
Elements with lower electronegativity are more reactive than elements with higher electronegativity.
Elements with lower electronegativity are more reactive than elements with higher electronegativity.
An element will be more reactive if it has a very high or very low electronegativity.
An element will be more reactive if it has a very high or very low electronegativity.
Elements with higher electronegativity are more reactive than elements with lower electronegativity.
Answers
GPT-4o mini
The correct response is: **An element will be more reactive if it has a very high or very low electronegativity.**
This is because elements with very high electronegativity (like fluorine) tend to attract electrons strongly and are generally found in compounds, while elements with very low electronegativity (like alkali metals) tend to lose electrons easily, making both types of elements highly reactive in their respective contexts.
This is because elements with very high electronegativity (like fluorine) tend to attract electrons strongly and are generally found in compounds, while elements with very low electronegativity (like alkali metals) tend to lose electrons easily, making both types of elements highly reactive in their respective contexts.