Respuesta :
To neutralize 1.65 LiOH , how the HCL needed is calculated as follows
calculate the moles of LiOH been neutralized
1.65/23.95 = 0.069 moles
write the reaction equation
HCl + LiOH = LiCl +H2O
by use of mole ratio between HCL to LiOH that is 1:1 the the moles of HCl is therefore = 0.069 moles
The HC needed is therefore = moles/ molarity
= 0.069/0.150 = 0.46 liters
calculate the moles of LiOH been neutralized
1.65/23.95 = 0.069 moles
write the reaction equation
HCl + LiOH = LiCl +H2O
by use of mole ratio between HCL to LiOH that is 1:1 the the moles of HCl is therefore = 0.069 moles
The HC needed is therefore = moles/ molarity
= 0.069/0.150 = 0.46 liters
The reaction between LiOH and HCl is;
LiOH + HCl → LiCl + H₂O
the stoichiometric ratio between LiOH and HCl is 1 : 1
Molar mass of LiOH = 24 g/mol
LIOH moles = mass / molar mass = 1.65 / 24 = 0.06875 mol
Hence needed HCl moles = 0.06875 mol
according to the given HCl concentration, 1 L volume has 0.150 mol of HCl.
Hence HCl volume = moles / concentration
= 0.06875 mol / 0.150 mol/L
= 0.458 L = 458 mL
LiOH + HCl → LiCl + H₂O
the stoichiometric ratio between LiOH and HCl is 1 : 1
Molar mass of LiOH = 24 g/mol
LIOH moles = mass / molar mass = 1.65 / 24 = 0.06875 mol
Hence needed HCl moles = 0.06875 mol
according to the given HCl concentration, 1 L volume has 0.150 mol of HCl.
Hence HCl volume = moles / concentration
= 0.06875 mol / 0.150 mol/L
= 0.458 L = 458 mL