The result of this would be H₂O.
H₂0, is nothing but water.
A chemical reaction is occurring.
Hope this helps! :D
Answer:
The option C is the false statement
Explanation:
Ionization energy is the energy needed to completely pull out an electron from the valence electron of a gaseous atom.
The given values of ionization energy (kJmol⁻) for a main group element is: IE₁ = 100; IE₂ = 2200; IE₃ = 3300; IE₄ = 4100; IE₅ = 5200
Since<u> first ionization energy is very low</u> and the <u>difference between the first and the second ionization energy</u> for the given element is <u>very high</u>.
Therefore, <u>the given chemical element is most likely an alkali metal</u> belonging to the<u> group IA of the periodic table.</u>
As the alkali metals react with oxygen to form oxides. So, the given <u>element (J</u>) can react with oxygen to form <u>oxide of the formula J₂O</u>.
Since the given element has <u>low first ionization energy, thus it is reactive</u>. Therefore, the given element <u>can not exist as a free element.</u>
If the given chemical element belongs to <u>the period 3</u> of the periodic table, then it is should be the group IA alkali metal,<u> sodium</u>.
<u>Therefore, option C is the false statement.</u>
The answer is B. Photosynthesis