Halides|Basic Strength |Carbonates & Bicarbonates|Anomalous Properties Of Lithium |Points Of Difference Between Lithium And Other Alkali Metals|Points Of Similarities Between Lithium And Magnesium|Group 2 Elements: Alkaline Earth Metals|Electronic Configuration |Atomic And Ionic Radii |Some Enthalpies|Summary

Group 1|Anomalous Properties Of Lithium|Points Of Difference Between Lithium And Other Alkali Metals|Sodium Carbonate (Washing Soda) Na2CO3.10H20|Questions|Properties|Function Of Ammonia

Write one difference between lithium and other members of alkali metals.

Introduction|Group 1 Elements :Alkali Metals|Atomic And Ionic Radii|Ionization Enthalpy|Flame Colouration|Summary

Sodium Chloride ,NaCl|Sodium Hydroxide (Caustic Soda ),NaOH|Sodium Hydrogencarbonate (Baking Soda),NaHCO3|Group 2 Elements : Alkaline Earth Metals|Atomic And Ionic Radii|Physical Properties|Summary

Both alkali metals and alkaline earth metals are s- block elements. They resemble each other in many respects but still there are certain dissimilarities in their properties due to different number of electrons in the valence shell, different atomic radii, ionisation enthalpy, electronegativity, etc. Like lithium, Be also differs from rest of the alkaline earth metals on account of its small atomic size and high electronetativity. Be^(2+) ion is very small and exerts a high polarising effect on any anion associated with it. Which of the bicarbonate does not exist in solid state?

Both alkali metals and alkaline earth metals are s- block elements. They resemble each other in many respects but still there are certain dissimilarities in their properties due to different number of electrons in the valence shell, different atomic radii, ionisation enthalpy, electronegativity, etc. Like lithium, Be also differs from rest of the alkaline earth metals on account of its small atomic size and high electronetativity. Be^(2+) ion is very small and exerts a high polarising effect on any anion associated with it. The correct sequence of increasing covalent character is

Both alkali metals and alkaline earth metals are s- block elements. They resemble each other in many respects but still there are certain dissimilarities in their properties due to different number of electrons in the valence shell, different atomic radii, ionisation enthalpy, electronegativity, etc. Like lithium, Be also differs from rest of the alkaline earth metals on account of its small atomic size and high electronetativity. Be^(2+) ion is very small and exerts a high polarising effect on any anion associated with it. Which is least thermally stable?