to neutralize 1 mole of H2 S o4 we need one mole of any if we are having 50 grams of H2 S o4 it means the mole of H2 S o4 in 50 gram will be 50×40)/98 hence
utilising 50 grams of H2 S o4 we need approximately 20. 5 gm of Naoh
Atomic radius defines the size of an atom.
Explanation:
Atomic radius is defined as “one-half the distance between the nuclei of two identical atoms that are bonded together.” If ‘r’ is the atomic radius and ‘d’ the distance in between nuclei of two atoms that are identical and bonded, then r = d/2.
The units used to express atomic radius are picometer, nanometer, and Angstroms.
In the periodic table, the atomic radius of elements decreases with elements across a <em>period</em> (left-right) and increases with elements down a group.
PbO + CO → Pb + CO₂
Explanation:
The reduction of lead oxide (PbO) with carbon monoxide (CO) at 1200 °C will produce metallic lead (Pb) and carbon dioxide (CO₂).
PbO + CO → Pb + CO₂
The chemical equation is balanced, no further need of molar coefficients.
Learn more:
about lead oxide
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