RECORD ALL DATA IN INK using the correct number of significant figures and correct units. SHOW COMPLETE "SET-UPS" (and the rounding off) for all calculations for Part 3 on the bottom of this page or on a separate sheet. 3. Standardization of the NaOH Solution: Titration No.-> Acid buret, Final reading Initial reading Volume of acid used Moles of acid used Base buret, Final reading Initial reading Volume of base used Moles of base used Molarity of base solution Set-ups: oles = 1 12 ut 2 3 24ml 36 24ml 12- 12 ml 12m 13ML 25.5 31.5 OL 13 13 12.5ml 12 mil | Average Molarity of the NaOH solution Average Deviation 5
RECORD ALL DATA IN INK using the correct number of significant figures and correct units. SHOW COMPLETE "SET-UPS" (and the rounding off) for all calculations for Part 3 on the bottom of this page or on a separate sheet. 3. Standardization of the NaOH Solution: Titration No.-> Acid buret, Final reading Initial reading Volume of acid used Moles of acid used Base buret, Final reading Initial reading Volume of base used Moles of base used Molarity of base solution Set-ups: oles = 1 12 ut 2 3 24ml 36 24ml 12- 12 ml 12m 13ML 25.5 31.5 OL 13 13 12.5ml 12 mil | Average Molarity of the NaOH solution Average Deviation 5
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter14: Equilibria In Acid-base Solutions
Section: Chapter Questions
Problem 80QAP
Related questions
Question
![I need help calculating the moles of acid
and basebised and also the molarity of
the base solution
oles
RECORD ALL DATA IN INK using the correct number of significant figures and correct units. SHOW
COMPLETE "SET-UPS" (and the rounding off) for all calculations for Part 3 on the bottom of this page or
on a separate sheet.
3. Standardization of the NaOH Solution:
Titration No.
Acid buret, Final reading
Initial reading
Volume of acid used
Moles of acid used
Base buret, Final reading
Initial reading
Volume of base used
Moles of base used
Molarity of base solution
Set-ups:
1
2
3
24ml 36.
24ml
12- 12 m
12ml
Average Molarity of the NaOH solution
Average Deviation
13 25.5
13
13 12.5ml 12 mil.
31.5
4
5
6](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5eb7def2-f89f-4660-b3ef-91d4174e8d31%2Fe4b0ba69-a73d-421d-bd7f-e74bcb0c1a44%2F7vpyd2_processed.jpeg&w=3840&q=75)
Transcribed Image Text:I need help calculating the moles of acid
and basebised and also the molarity of
the base solution
oles
RECORD ALL DATA IN INK using the correct number of significant figures and correct units. SHOW
COMPLETE "SET-UPS" (and the rounding off) for all calculations for Part 3 on the bottom of this page or
on a separate sheet.
3. Standardization of the NaOH Solution:
Titration No.
Acid buret, Final reading
Initial reading
Volume of acid used
Moles of acid used
Base buret, Final reading
Initial reading
Volume of base used
Moles of base used
Molarity of base solution
Set-ups:
1
2
3
24ml 36.
24ml
12- 12 m
12ml
Average Molarity of the NaOH solution
Average Deviation
13 25.5
13
13 12.5ml 12 mil.
31.5
4
5
6
![RECORD ALL DATA IN INK using the correct number of significant figures and correct units. SHOW
COMPLETE "SET-UPS" (and the rounding off) for all calculations for Part 1 on the bottom of this page or
on a separate sheet.
1. Preparation of a Standard Acid Solution:
Set-ups:
m
M
Mass of oxalic acid dihydrate and beaker
Mass of beaker
Mass of oxalic acid dihydrate used
Moles of oxalic acid dihydrate used
Volume of solution in volumetric flask
Molarity of oxalic acid solution
1.575 -0.0125
126
(= Impl
XO.OUT
22-4 × 60125 = 0.2&L=250ml
y mula of shude
4
مان
= 0.0125
25054464 x 15²
1.85556
109-6260
108-0716
1-5759
0.0123m₂l
2
wh](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5eb7def2-f89f-4660-b3ef-91d4174e8d31%2Fe4b0ba69-a73d-421d-bd7f-e74bcb0c1a44%2Fa9snby8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:RECORD ALL DATA IN INK using the correct number of significant figures and correct units. SHOW
COMPLETE "SET-UPS" (and the rounding off) for all calculations for Part 1 on the bottom of this page or
on a separate sheet.
1. Preparation of a Standard Acid Solution:
Set-ups:
m
M
Mass of oxalic acid dihydrate and beaker
Mass of beaker
Mass of oxalic acid dihydrate used
Moles of oxalic acid dihydrate used
Volume of solution in volumetric flask
Molarity of oxalic acid solution
1.575 -0.0125
126
(= Impl
XO.OUT
22-4 × 60125 = 0.2&L=250ml
y mula of shude
4
مان
= 0.0125
25054464 x 15²
1.85556
109-6260
108-0716
1-5759
0.0123m₂l
2
wh
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