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Q5) If the mass of the recorded primary standard for standardization of NaOH solution was more than the actual mass, the calculated molarity of the NaOll solution will be:   a) Lower than actual molarity   b) As same as actual molarity   c) Exactly as actual molarity   d) Higher than actual molarity

Q5) If the mass of the recorded primary standard for standardization of NaOH solution was more than the actual mass, the calculated molarity of the NaOll solution will be:   a) Lower than actual molarity   b) As same as actual molarity   c) Exactly as actual molarity   d) Higher than actual molarity

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Q5) If the mass of the recorded primary standard for standardization of NaOH solution was more than the actual mass, the calculated molarity of the NaOll solution will be:

 

a) Lower than actual molarity

 

b) As same as actual molarity

 

c) Exactly as actual molarity

 

d) Higher than actual molarity

Q5) If the mass of the recorded primary standard for standardization of NaOH solution was more than the actual mass, the calculated molarity of the NaO1 solution will be: a) Lower thaT actual molarity b) As same as actual molarity c) Exactiy as achual molarly d) Higher than actual molarity Q6) Given the following set of data concerning standardization of NaOH solution: mISs of KHP (molar mass - 204.22 g/mal)-2.97 g - initini burette reading of NaOH = 115 mL Final burette reading of NaOll = 30.15 mL The molar concentration of NaOf solution is a) 0.501 M b) 0.050 M c) 0.051 M d) 0.510 M
Transcribed Image Text:Q5) If the mass of the recorded primary standard for standardization of NaOH solution was more than the actual mass, the calculated molarity of the NaO1 solution will be: a) Lower thaT actual molarity b) As same as actual molarity c) Exactiy as achual molarly d) Higher than actual molarity Q6) Given the following set of data concerning standardization of NaOH solution: mISs of KHP (molar mass - 204.22 g/mal)-2.97 g - initini burette reading of NaOH = 115 mL Final burette reading of NaOll = 30.15 mL The molar concentration of NaOf solution is a) 0.501 M b) 0.050 M c) 0.051 M d) 0.510 M
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