In case of a heteronuclear molecule like HF, the shared electron pair between the two atoms gets displaced more towards fluorine since the electronegativity of fluorine is far greater than that of hydrogen. The resultant covalent bond is

Question

In case of a heteronuclear molecule like HF, the shared electron pair between the two atoms gets displaced more towards fluorine since the electronegativity of fluorine is far greater than that of hydrogen. The resultant covalent bond is (A) ionic bond (B) coordinate bond (C) polar covalent bond (D) non-polar covalent bond

Tardigrade Admin · Accepted Answer

In case of a heteronuclear molecule like HF, the shared electron pair between the two atoms gets displaced more towards fluorine since, the electronegativity of fluorine is far greater than that of hydrogen. The resultant covalent bond is a polar covalent bond. It is as follows :

Q. In case of a heteronuclear molecule like HF, the shared electron pair between the two atoms gets displaced more towards fluorine since the electronegativity of fluorine is far greater than that of hydrogen. The resultant covalent bond is

ionic bond

coordinate bond

polar covalent bond

non-polar covalent bond

In case of a heteronuclear molecule like $H F$ , the shared electron pair between the two atoms gets displaced more towards fluorine since, the electronegativity of fluorine is far greater than that of hydrogen. The resultant covalent bond is a polar covalent bond. It is as follows :