C. Standardization Weight of vial and KHPH 59.09 Weight after 1st transfer 58.2 Weight after 2nd transfer 56-5 Weight after 3rd transfer 55.6 Weight of KHPh in flask I (show calculations) 50-9-58-2 0.89 Weight of KHPh in flask II (show calculations) 1-79 53.2-56.5 Weight of KHPh in flask III (show calculations) 0.99 56- 5-55-6 I II III Initial volume reading of NaOH O-00 ml 27.00 51-00 Final volume reading of NaOH as. 00 ml SI-00 80-00 25-00 ml 24.00 ml 29.00ml Volume of NaOH used Molarity of NaOH 0.156.M 0.347M 0 152M Trial 3: KHPh in flosk III = 0-4 Show calculations for all Trials Below: Voume afNeOH used: 29 ml=0C

Appl Of Ms Excel In Analytical Chemistry
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C. Standardization
Weight of vial and KHPH
59.09
Weight after 1st transfer
58.2
Weight after 2nd transfer
56.5
Weight after 3rd transfer
55.6
Weight of KHPh in flask I (show calculations)
0.89
50-9 - 58.2
Weight of KHPh in flask II (show calculations)
53.2-56.5
1.79
Weight of KHPH in flask III (show calculations)
0.99
56- 5-55-6
I
II
III
Initial volume reading of NaOH
O-00 ml
27.00
S1-00
Final volume reading of NaOH
as.00 ml
SI-00
80-00
Volume of NaOH used
25-00 ml
24.00 ml
29.00ml
Molarity of NaOH
0.156.M
0 347M
0 152M
Trial 3: KHPH in flosk II = o.99
Show calculations for all Trials Below:
Trial 1: KHPh in flask I = 0-89
Volume ofNoOH used 29ml =0.029L=
29x10 L
Volume of Na OH Used = 25mL = 0.2asL= a5x103
3-92x10 moles
Moles of Na0H = 0-89
204glmol
3.92x103
Moles of NaoH = 0 99
2049 lmol 4-41x10o
Molority of NaOH =
o'156 M
Molarity of NaOH = 4.41x 10 moles
%3D
a5x lo3
701X be
Trial 2: KHPh in Hask II = 1-79
Volume of NaOH used = 2u mL=0:024mL= 24X10°L
Molarity of NoOH = 0.15aM
Moles of a0H = 179
a049lmol
Molarity of NaOH 8.33 x10-3
24x lo t
- 8.33 x10 oles
0:347 mole s
Transcribed Image Text:C. Standardization Weight of vial and KHPH 59.09 Weight after 1st transfer 58.2 Weight after 2nd transfer 56.5 Weight after 3rd transfer 55.6 Weight of KHPh in flask I (show calculations) 0.89 50-9 - 58.2 Weight of KHPh in flask II (show calculations) 53.2-56.5 1.79 Weight of KHPH in flask III (show calculations) 0.99 56- 5-55-6 I II III Initial volume reading of NaOH O-00 ml 27.00 S1-00 Final volume reading of NaOH as.00 ml SI-00 80-00 Volume of NaOH used 25-00 ml 24.00 ml 29.00ml Molarity of NaOH 0.156.M 0 347M 0 152M Trial 3: KHPH in flosk II = o.99 Show calculations for all Trials Below: Trial 1: KHPh in flask I = 0-89 Volume ofNoOH used 29ml =0.029L= 29x10 L Volume of Na OH Used = 25mL = 0.2asL= a5x103 3-92x10 moles Moles of Na0H = 0-89 204glmol 3.92x103 Moles of NaoH = 0 99 2049 lmol 4-41x10o Molority of NaOH = o'156 M Molarity of NaOH = 4.41x 10 moles %3D a5x lo3 701X be Trial 2: KHPh in Hask II = 1-79 Volume of NaOH used = 2u mL=0:024mL= 24X10°L Molarity of NoOH = 0.15aM Moles of a0H = 179 a049lmol Molarity of NaOH 8.33 x10-3 24x lo t - 8.33 x10 oles 0:347 mole s
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