Respuesta :
The correct sequence for the number of representative particles in the increasing order has been C < B < A.
The representative particles in a compound have been the smallest unit that has been held together to form the compound. The representative particle can be an atom or a molecule.
The number of representative unit in the following samples has been:
- [tex]1.25\;\times\;10^2^5\;\rm Zn\;atoms[/tex]
The atoms have been the representative particle. The number has been given as, [tex]1.25\;\times\;10^2^5[/tex].
- 3.56 mol Fe
The representative unit for Fe has been atoms. According to the Avogadro law, one mole of sample has been constituted of [tex]6.023\;\times\;10^2^3[/tex] atoms. The number of atoms in 3.56 mol Fe has been:
[tex]\rm 1\;mol\;Fe=6.023\;\times\;10^2^3\;atoms\\3.56\;mol\;Fe=6.023\;\times\;10^2^3\;\times\;3.56\;atoms\\3.56\;mol\;Fe=21.44188\;\times\;10^2^3\;atoms[/tex]
The representative particles for 3.56 mol Fe are [tex]21.44188\;\times\;10^2^3[/tex].
- [tex]\rm 6.78\;\times\;10^2^2\;molecules\;C_6H_1_2O_6[/tex]
The molecule has been the representative unit for the complex compounds. The number of representative unit has been [tex]6.78\;\times\;10^2^2[/tex].
The arrangement of the representative unit in the increasing order has been:
[tex]\rm 6.78\;\times\;10^2^2\;molecules\;C_6H_1_2O_6\;<\;21.44188\;\times\;10^2^3\;atoms\;Fe\;<\;1.25;\times\;10^2^5\;atoms\;Zn[/tex]
Thus, the correct sequence for the number of representative particles in the increasing order has been C < B < A.
For more information about representative particle, refer to the link:
https://brainly.com/question/2293007
