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Check all of the following combinations of elements that would not form a covalent bond. and N N and F Ba and O P and Cl Fe and O

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Check all of the following combinations of elements that would not
form a covalent bond.
and N
N and F
Ba and O
P and Cl
Fe and O

Check all of the following combinations of elements that would not form a covalent bond. and N N and F Ba and O P and Cl Fe and O

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BradfordProfessional · Tutor for 6 years

Answer

Ba and O, Fe and \(\mathrm{O}\).

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## Step1<br />Covalent bonds occur when electrons are shared between two atoms. Typically, these are nonmetals in the periodic table, as metals tend to donate their electrons, creating an ionic bond. <br /><br />## Step2<br />We need to check each combination of elements to determine whether they would form a covalent bond.<br /><br />## Step3<br />1. O and N: Oxygen (O) and Nitrogen (N) are both nonmetals, hence they will form a covalent bond.<br />2. N and F: Nitrogen (N) and Fluorine (F) are also both nonmetals and will form a covalent bond.<br />3. Ba and O: Barium (Ba) is a metal and Oxygen (O) is a nonmetal. As a general rule, metals and nonmetals necessarily form ionic bonds due to the tendency of the metal to give up electrons to the nonmetal.<br />4. P and Cl: Phosphorous (P) and Chlorine (Cl) are both nonmetals, and will form a covalent bond.<br />5. Fe and \(\mathrm{O}\): Iron (Fe) and Oxygen (O) have the same sort of relationship as O and Ba: one is a metal, and one is a non-metal, meaning they will form an ionic bond.<br /><br />## Step4<br />From the options, Ba and O and Fe and O would not form covalent bonds, due to the presence of a metal and a nonmetal in both conditions.
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