How many hydrogen atoms are in a representative particle of each substance?

There are 12.04 x 10²³ atoms.

Step-by-step explanation

As indicated by Amedeo Avogadro, the quantity of constituent particles in 1 mole of substance is steady. It is known as the Avogadro Constant, meant by L and is equivalent to 6.02×10^23 right to 2 decimal spots. This implies that for 1 mol of any substances, regardless of whether components or elements, the quantity of constituent particles, which could be either molecules or atoms, is consistently equivalent to L. This suggests that on the off chance that you can locate the quantity of moles of substance you have, you can without much of a stretch exercise the quantity of molecules or particles in it. Presently when you state Hydrogen gas, it implies H2. As should be obvious from its sub-atomic recipe, there are two Hydrogen molecules in a particle of Hydrogen. In one mole of Hydrogen gas, there would be 6.02×10^23molecules. In each particle, there are two molecules, so the quantity of molecules in 1 mol of hydrogen would be (6.02×10^23)×2=12.04×10^23 molecules.