Its Atomic number is 3 and the electronic configuration is 1s2 2s1.
It can lose its one electron from 2s and attain the noble gas He configuration ( 1s2). By losing one electron it becomes Li+. Now , the oxidation state is +1.
The oxidation state of all elements in their elemental form is always zero.
Its Atomic number is 3 and the electronic configuration is 1s2 2s1.
It can lose its one electron from 2s and attain the noble gas He configuration ( 1s2). By losing one electron it becomes Li+. Now , the oxidation state is +1.
The oxidation state of all elements in their elemental form is always zero.
Lithium metal is a GROUP 1 metal, and has an electronic configuration of [math]1s^{2}2s^{1}[/math] … It is commonly oxidized to [math]Li^{+}[/math] ion, i.e. [math]Li(+I)[/math] …. Of course as the unoxidized METAL it is [math]Li(0)[/math] ….
Lithium metal is a GROUP 1 metal, and has an electronic configuration of [math]1s^{2}2s^{1}[/math] … It is commonly oxidized to [math]Li^{+}[/math] ion, i.e. [math]Li(+I)[/math] …. Of course as the unoxidized METAL it is [math]Li(0)[/math] ….
As an element the oxidation state for Li is zero.
Lithium belongs to group 1 in the periodic table.
Its Atomic number is 3 and the electronic configuration is 1s2 2s1.
It can lose its one electron from 2s and attain the noble gas He configuration ( 1s2). By losing one electron it becomes Li+. Now , the oxidation state is +1.
The oxidation state of all elements in their elemental form is always zero.
Hope this will be helpful.
As an element the oxidation state for Li is zero.
Lithium belongs to group 1 in the periodic table.
Its Atomic number is 3 and the electronic configuration is 1s2 2s1.
It can lose its one electron from 2s and attain the noble gas He configuration ( 1s2). By losing one electron it becomes Li+. Now , the oxidation state is +1.
The oxidation state of all elements in their elemental form is always zero.
Hope this will be helpful.
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Lithium metal is a GROUP 1 metal, and has an electronic configuration of [math]1s^{2}2s^{1}[/math] … It is commonly oxidized to [math]Li^{+}[/math] ion, i.e. [math]Li(+I)[/math] …. Of course as the unoxidized METAL it is [math]Li(0)[/math] ….
Lithium metal is a GROUP 1 metal, and has an electronic configuration of [math]1s^{2}2s^{1}[/math] … It is commonly oxidized to [math]Li^{+}[/math] ion, i.e. [math]Li(+I)[/math] …. Of course as the unoxidized METAL it is [math]Li(0)[/math] ….
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