Whilst the members of group 1 are certainly very reactive, it's not accurate to say they are 'unstable' which has many meanings, but requires us to say what it's unstable to. They are reactive because of several factors, including the low ionization energy of the metals and the high lattice energy of the compounds formed.
The elements in this group are called Alkali Metals.
In the fluorine group or group 17. Its the column one from the right. The are reactive with metals because they want to gain one electron where as metals want to loose them.
Francium
Alkali metals are more reactive as they are in group 1 and therefore has only one valence electron. With only one valence electron, its easy for them to achieve inert configuration/ noble gas configuration, which makes them so reactive.
Alkali metals are very reactive.
AM are in group one and are very reactive, unstable, and has one electron in the outer shell, where as in AEM they are in group two and have 2 electrons in the outer shell.
Alkali metals
potassium is a group one metal. Group one metals can be explosively reactive with water (they are very reactive and dangerous) i think tjey woyld be better stored ib oil
The elements in this group are called Alkali Metals.
The elements in group 1 become more reactive as you go down the group.
The most reactive group in the periodic table is group one, the alkali metals.
Chlorine's structure makes it very reactive (it is in group VII of the Periodic Table and therefore needs to gain one electron in order to become stable)!
Uracil doesn't make RNA unstable. In fact, since it is one of the 4 Nitrogen bases that make up the nucleotides in RNA it is part of a building block of RNA. It helps keep RNA together. I hope that answers your question.
They are very reactive cos they only have one electron in their outer shell.
Group 1 will be more reactive than group 13 elements
Group 1 will be more reactive than group 13 elements
In the fluorine group or group 17. Its the column one from the right. The are reactive with metals because they want to gain one electron where as metals want to loose them.