reactivity quick check\nwhich elements would react most easily with each other? (1 point)\nan element with a…

reactivity quick check\nwhich elements would react most easily with each other? (1 point)\nan element with a high electronegativity and a second element with a high electronegativity\nan element with a high electronegativity and an element with a single valence electron\nan element with a high electronegativity and an element with low reactivity\nan element with a high electronegativity and an element with a full shell of electrons

reactivity quick check\nwhich elements would react most easily with each other? (1 point)\nan element with a high electronegativity and a second element with a high electronegativity\nan element with a high electronegativity and an element with a single valence electron\nan element with a high electronegativity and an element with low reactivity\nan element with a high electronegativity and an element with a full shell of electrons

Answer

Brief Explanations:

Elements react to achieve a stable electron - configuration. An element with high electronegativity has a strong attraction for electrons. An element with a single valence electron can easily lose that electron. They can form an ionic bond easily as the high - electronegativity element can gain the single valence electron from the other element. Elements with high electronegativity and other high - electronegativity elements may not react as easily as they both want to gain electrons. Elements with low reactivity or full shells are less likely to react.

Answer:

an element with a high electronegativity and an element with a single valence electron