Alkaline earth's metals are denser than alkali metals, because metallic bonding in alkaline earth's metal, is:

Question

Alkaline earth's metals are denser than alkali metals, because metallic bonding in alkaline earth's metal, is: (A) stronger (B) weaker (C) volatile (D) not present

Tardigrade Admin · Accepted Answer

Alkaline earth metals (ns 2) are denser than alkali metals (ns 1 ) because metallic bonding in alkaline earth metals is stronger than alkali metals due to presence of two electrons in valence shell as compared to one electron in alkali metals.

Q. Alkaline earth's metals are denser than alkali metals, because metallic bonding in alkaline earth's metal, is:

stronger

weaker

volatile

not present

Alkaline earth metals $(n s^{2})$ are denser than alkali metals $(n s^{1})$ because metallic bonding in alkaline earth metals is stronger than alkali metals due to presence of two electrons in valence shell as compared to one electron in alkali metals.

Q. Alkaline earth's metals are denser than alkali metals, because metallic bonding in alkaline earth's metal, is:

stronger

weaker

volatile

not present

Alkaline earth metals (ns2) are denser than alkali metals (ns1) because metallic bonding in alkaline earth metals is stronger than alkali metals due to presence of two electrons in valence shell as compared to one electron in alkali metals.

Alkaline earth metals $(n s^{2})$ are denser than alkali metals $(n s^{1})$ because metallic bonding in alkaline earth metals is stronger than alkali metals due to presence of two electrons in valence shell as compared to one electron in alkali metals.