Respuesta :
Sn + 2Cl2 ---> Sn⁺⁴Cl⁻¹4
2 mol 1 mol
2.85 mol x
x=(2.85*1)/2=1.425≈1.43 mol SnCl4
2 mol 1 mol
2.85 mol x
x=(2.85*1)/2=1.425≈1.43 mol SnCl4
Answer : The number of moles of tin(IV)chloride formed are, 1.425 moles
Solution : Given,
Moles of chlorine gas = 2.85 moles
The balanced chemical reaction will be,
[tex]Sn(s)+2Cl_2\rightarrow SnCl_4(s)[/tex]
From the balanced reaction, we conclude that
As, 2 moles of chlorine gas react to give 1 mole of tin(IV)chloride, [tex]SnCl_4[/tex]
So, 2.85 moles of chlorine gas react to give [tex]\frac{2.85}{2}=1.425[/tex] moles of tin(IV)chloride, [tex]SnCl_4[/tex]
Hence, the number of moles of tin(IV)chloride formed are, 1.425 moles
