if you search the Periodic Table and find you can see the numeric value numbers of 1 to 8 then shortly you will see the radius will increase vigourusly showing the bottom and top number at any one time then that is how to get the radius separated from the core nucleus
as the sterength of bonds in alkali metals decreases down the group its melting point decreases This is because metal atoms are held together by the electromagnetic attraction from the positive ions to the delocalised electronsthe metallic bond becomes weaker so that the metal can more easily melt and boil, thus lowering the melting and boiling points.The increased nuclear charge is not a relevant factor due to the screening effect
As you go down a column in the periodic table, the atomic radius increases, and melting point decreases for the alkali metals.
because there is a higher number of atoms in the alkali metals meaning the ones lower in the periodic table are more prone to melting easily
They get lower as the atomic number increases
the melting point and the boiling point generally decrease as you go down the group
Alkali metal forms Alkali while metals form bases.
alkali metals
The alkali earth metals act in a similar but slightly less reactive way to alkali metals
Why. Alkali. Metals are kept. In kerosene
Alkali metals
Alkali metal forms Alkali while metals form bases.
Alkali metals are the most reactive metals.
alkali metals
Alkali metals are very reactive metals.
They don't
Alkali earth metals are named after their oxides, alkaline earth.
there are alkali metals and alkali earth metals but there is no such thing as an element called alkali...
The alkali metals in column 1 of most wide-form periodic tables.
The alkali earth metals act in a similar but slightly less reactive way to alkali metals
Alkali metals are the metals in family/group I.Lithium, sodium, potassium, Rubidium, Cesium, Francium are Alkali metals.
Lithium is the first of the alkali metals
Why. Alkali. Metals are kept. In kerosene