4g of Sodium hydroxide pellets NaOH are dissolved in water to prepare 200 ml of solution (S.). From solution 1.1- List the materials required to prepare solution (So). 1.2- Write the equation of ionization of NaOH in water. 1.3- Calculate the volume of solution S, required to prepare V1 = 0.1L of solution(S). 1.4- Determine the molar concentration of (S.). Deduce that of (S1). 1.5- Calculate the pH of solution (So) and that of solution (S1). M (NaOH) = 40 gxmol1. %3D
4g of Sodium hydroxide pellets NaOH are dissolved in water to prepare 200 ml of solution (S.). From solution 1.1- List the materials required to prepare solution (So). 1.2- Write the equation of ionization of NaOH in water. 1.3- Calculate the volume of solution S, required to prepare V1 = 0.1L of solution(S). 1.4- Determine the molar concentration of (S.). Deduce that of (S1). 1.5- Calculate the pH of solution (So) and that of solution (S1). M (NaOH) = 40 gxmol1. %3D
Chemistry by OpenStax (2015-05-04)
1st Edition
ISBN:9781938168390
Author:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Publisher:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Chapter11: Solutions And Colloids
Section: Chapter Questions
Problem 17E: Supersaturated solutions of most solids in water are prepared by cooling saturated solutions....
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Transcribed Image Text:4g of Sodium hydroxide pellets NaOH are dissolved in
water to prepare 200 ml of solution (S.). From solution
1.1- List the materials required to prepare solution
(So).
1.2- Write the equation of ionization of NaOH in water.
1.3- Calculate the volume of solution S, required to
prepare V1 = 0.1L of solution(S).
1.4- Determine the molar concentration of (S.).
Deduce that of (S1).
1.5- Calculate the pH of solution (So) and that of
solution (S1).
M (NaOH) = 40 gxmol1.
%3D
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