The chloride ion in KClO3 is +5, and that in KCl is-1.

So 12mol electrons are transferred.

The mass of 44 times CO is obviously equal to the mass of 28 times CO2,

Therefore, the atomic number ratio is 22: 2 1, the volume ratio is 1 1: 7, and the proton number ratio is 1.

Electrons transferred in the reaction (3.6 mol)

Under standard conditions, the ratio of atoms contained in carbon monoxide and carbon dioxide with equal mass (22:2 1) and the ratio of protons contained in volume (11:7) (1:1).

First of all, you should know that the mole is the unit that represents the number of particles. Anything with 1 mol has 6.02× 10 to the 23rd power.

For example, how many moles of electrons and protons does 1mol gcl have? If we want to see that an Agcl molecule consists of 1 Ag atom and 1 cl atom respectively, then 1 Ag atom has 47 electrons and 1 cl atom has 17 electrons (if we look up the serial number in the periodic table, there are several protons, so there are several electrons).

So there are 64 moles of electrons and 64 moles of protons in 1 mole gcl.

Right?