For each molecule, specify the polarity of the bonds and the overall polarity of the molecule.**Diagram 1:**- Structure: A linear molecule composed of Beryllium (Be) bonded to two Chlorine (Cl) atoms. Each chlorine atom is shown with three pairs of dots representing lone pairs of electrons.**Diagram 2:**- Structure: A bent molecule composed of an Oxygen (O) atom bonded to two Hydrogen (H) atoms. The oxygen atom has two pairs of dots representing lone pairs of electrons.**Questions:**- For the BeCl2 molecule, determine the polarity of the bonds and the overall polarity of the molecule. - Bonds: [Text box] - Molecule: [Text box]- For the H2O molecule, determine the polarity of the bonds and the overall polarity of the molecule. - Bonds: [Text box] - Molecule: [Text box]**Answer Bank:**- Options provided: "polar," "nonpolar" This information can be used by learners to understand and deduce the polarity of bonds and molecules for their chemistry studies.

Polarity of the bond is given on the basis of electronegativity difference of both atoms involved in the molecule.For the case of BeCl2, the bonds are polar due to high electronegativity of Cl, it pulls electrons towards itself. But, the molecule is non polar because of the lineir structure of the molecule, the both Cl atoms are in opposite direction to each other which cancel out the net charge difference. For the case of H2O molecule, the bonds are polar due to high electronegativity of O atom it pulls electrons towards itself. Also as both bonds electrons are coming to center O atom hence O has net negative charge while H has net positive charge, therefore the molecule is polar too.

Answered: For each molecule, specify the polarity…

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For each molecule, specify the polarity of the bonds and the overall polarity of the molecule. -Be- H- bonds bonds molecule molecule Answer Bank polar nonpolar