To determine molar solubility of an unknown metal hydroxide, M(OH)_(3) in 0.00101M NaOH, Jane adds 0.250g of M(OH)_(3) solid to 200mL of a 0.00101M NaOH solution and stirred for a long time.A cloudy solution is formed. The undissolved hydroxide is separated from the solution by filtratin 25.00mL of filtrate is pipetted into a flask 30mL of water is added adn then the solution is titrated with 0.00444M HCl solution 13mL of HCl is used for this titration. The molar concentration of hydroxide ion in filtrate solution is

To determine molar solubility of an unknown metal hydroxide, M(OH)_(3)

1.	To determine molar solubility of an unknown metal hydroxide, M(OH)_(3) in 0.00101M NaOH, Jane adds 0.250g of M(OH)_(3) solid to 200mL of a 0.00101M NaOH solution and stirred for a long time.A cloudy solution is formed. The undissolved hydroxide is separated from the solution by filtratin 25.00mL of filtrate is pipetted into a flask 30mL of water is added adn then the solution is titrated with 0.00444M HCl solution 13mL of HCl is used for this titration. The molar concentration of hydroxide ion in filtrate solution is
Answer» `0.0015M` `0.0023 M` `0.00333M` `0.00462M` ANSWER :B