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The mass of Ba(CIO), formed when 0.50 mole of Ba(OH), is treated with 0.80 mol of HCIO, according to the reaction below is
Ba(OH), + 2HCIO, ----> Ba(CIO3)2 + 2H,0
Ba: 137.3 g/mol
O: 16 g/mol
H: 1 g/mol
Cl: 35.45 g/mol
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16
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304 2 g
243.4 g
121.79
380.7 g
None of the above
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Respuesta :

ardni313

The mass of Ba(CIO₃)₂ : 121.72 g

Further explanation

Reaction

Ba(OH)₂ + 2HCIO₃ ----> Ba(CIO₃)₂ + 2H₂O

Limiting reactant :

Ba(OH)₂ : 2HCIO₃ =

[tex]\tt \dfrac{0.5}{1}\div \dfrac{0.8}{2}=0.5\div 0.4\rightarrow HClO_3~limiting(smaller~ratio)[/tex]

mol Ba(CIO₃)₂ based on limiting reactant(HCIO₃) :

[tex]\tt \dfrac{1}{2}\times 0.8=0.4[/tex]

MW Ba(CIO₃)₂ =Ba+2.Cl+6.O=137.3 + 2 x 35.5 + 6 x 16 = 304.3

mass of Ba(CIO₃)₂ :

[tex]\tt mass=mol\times MW\\\\mass=0.4\times 304.3=121.72~g[/tex]

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