When 4.25 g of clo2 reacts with 0.853 g of h2o, 43.9192 g of HClO3 is formed.
A chemical compound's molar mass is calculated by dividing its mass by the amount of the compound present in the sample, which is given as the number of moles in moles. A substance's molar mass is a bulk property rather than an molecular property. The molar mass of the chemical is an average of several samples, which frequently have varying masses due to isotopes. A terrestrial average and a function of the relative abundance of the isotopes of the constituent atoms on Earth, the molar mass is most frequently calculated using the standard atomic weights.
Moles of HClO₃ = 5/6 * moles of ClO₂
Moles of HClO₃ = 5/6 * 0.063
Moles of HClO₃ = 0.052mole
To convert moles into mass;
Moles of HClO₃ = moles of HClO₃ x molar mass of HClO₃
Moles of HClO₃ = 0.52* 84.46g/mol
Moles of HClO₃ = 43.9192 grams
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