The low density of ice compared to water is due to

Question

The low density of ice compared to water is due to (A) hydrogen-bonding interactions (B) dipole-dipole interactions (C) dipole-induced dipole interactions (D) induced dipole-induced dipole interactions

Tardigrade Admin · Accepted Answer

In ice each H 2 O molecule is associated by H -bonds to three H 2 O molecules in a tetrahedral manner. This arrangement gives rise to an open cage like structure. Due to which there are a lot of open spaces in ice, so lesser density than liquid water.

Q. The low density of ice compared to water is due to

hydrogen-bonding interactions

dipole-dipole interactions

dipole-induced dipole interactions

induced dipole-induced dipole interactions

In ice each $H_{2} O$ molecule is associated by $H$ -bonds to three $H_{2} O$ molecules in a tetrahedral manner. This arrangement gives rise to an open cage like structure. Due to which there are a lot of open spaces in ice, so lesser density than liquid water.

Q. The low density of ice compared to water is due to

hydrogen-bonding interactions

dipole-dipole interactions

dipole-induced dipole interactions

induced dipole-induced dipole interactions

In ice each H2​O molecule is associated by H -bonds to three H2​O molecules in a tetrahedral manner. This arrangement gives rise to an open cage like structure. Due to which there are a lot of open spaces in ice, so lesser density than liquid water.

In ice each $H_{2} O$ molecule is associated by $H$ -bonds to three $H_{2} O$ molecules in a tetrahedral manner. This arrangement gives rise to an open cage like structure. Due to which there are a lot of open spaces in ice, so lesser density than liquid water.