Alkali metals - non-transition metals, Chemistry

Group 1- Alkali Metals

The elements of group 1 are commonly known as alkali metals after the alkaline properties of their hydroxides such as NaOH. The atoms have the (ns)1 electron design and the M+ ions are therefore simply build. Alkali metals are the biggest electropositive of all elements, and their substance among the most ionic. Roughly constant electropositive character is obtained down the group by parallel fall in ionization, atomization, and lattice or hydration energies. In some aspects, lithium differs slightly from the rest of the series. The thermal stabilities and the solubilities of its compounds follow patterns that are same to those of group 2 elements than to those of the rest of group 1. This diagonal relationship may be understood from the small size of the Li+ cation, which goes to trends in solvation energies and lattice energies more like those of the bigger charged ions in group 2.

 

Posted Date: 7/23/2012 7:17:51 AM | Location : United States







Related Discussions:- Alkali metals - non-transition metals, Assignment Help, Ask Question on Alkali metals - non-transition metals, Get Answer, Expert's Help, Alkali metals - non-transition metals Discussions

Write discussion on Alkali metals - non-transition metals
Your posts are moderated
Related Questions
methods for preparing trihydric alcohols


The ionization energy of hydrogen atom is -13.6eV.  The energy required to excite the electron in a hydrogen atom from the ground state to the first excited state is (Avogadro's co

Unlike components of the 3 d series, 4 d and 5 d elements have little simple aqueous cationic chemistry. The main exceptions are La3+ and Y3+, and Ag+, which builds some soluble

how many grams of salt must be added to 500 gram of water in preparation of 12% saline solution


about aklene

chain shortening in aldoses

Briefly discuss the physical origin and uses of Hall effect? Its physical origin follows from the Boltzmann Transport phenomenon. It is used to get carrier density and the sign

separation of metal