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17 Nov 2019
Complete each of the following reactions. Ag + LiNO_3 rightarrow Zn + Cu (NO_3)_2 rightarrow Calculate the molarity of a Ba(OH)_2 solution if .630 g of KHP (molar mass 204.2 g/mol) was required to completely neutralized 41.3 mL of this solution. The balanced equation of the neutralization reaction is: 2KHP(aq) + Ba (OH)_2 (aq) rightarrow Ba(KP)_2(aq) + 2H_2O(I) In the standardization of a 0.456-M solution of LiOH by KHP, 26.8 mL of the basic solution were required to neutralize 3.50 g of an impure sample of KHP. Calculate the percentage of KHP in the impure sample. The balanced equation of the reaction is: KHP(aq) + LiOH(aq) rightarrow LiKP (aq) + H_2O(l)
Complete each of the following reactions. Ag + LiNO_3 rightarrow Zn + Cu (NO_3)_2 rightarrow Calculate the molarity of a Ba(OH)_2 solution if .630 g of KHP (molar mass 204.2 g/mol) was required to completely neutralized 41.3 mL of this solution. The balanced equation of the neutralization reaction is: 2KHP(aq) + Ba (OH)_2 (aq) rightarrow Ba(KP)_2(aq) + 2H_2O(I) In the standardization of a 0.456-M solution of LiOH by KHP, 26.8 mL of the basic solution were required to neutralize 3.50 g of an impure sample of KHP. Calculate the percentage of KHP in the impure sample. The balanced equation of the reaction is: KHP(aq) + LiOH(aq) rightarrow LiKP (aq) + H_2O(l)
Hubert KochLv2
14 Jan 2019