1. Which of the household solutions tested are acids? How can you tell? 2. Which of the solutions are bases? How can you tell? 3. Which of the solutions is the most acidic? ean do not reproouce. 4. Which of the solutions is the most basic? Go not reproduce 5. What was the pH of the distilled water? How did it compare to what was expected? eandrade0736@s

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
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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1. Which of the household solutions tested are acids? How can you tell?
2. Which of the solutions are bases? How can you tell?
3. Which of the solutions is the most acidic?
andi
al
4. Which of the solutions is the most basic?
aluse
notreproduce
5. What was the pH of the distilled water? How did it compare to what was
expected?
eandrade0735@sor
Pers
ai use ony do not re
do not renr
Transcribed Image Text:1. Which of the household solutions tested are acids? How can you tell? 2. Which of the solutions are bases? How can you tell? 3. Which of the solutions is the most acidic? andi al 4. Which of the solutions is the most basic? aluse notreproduce 5. What was the pH of the distilled water? How did it compare to what was expected? eandrade0735@sor Pers ai use ony do not re do not renr
Vernier pH Sensor
Personal use only do not reoroduce.
2021-01-19
wash bottle
distilled water
PROCEDURE
735@sou
1. Obtain and wear goggles. CAUTION: Do not eat or drink in the laboratory.
2. Connect the pH Sensor to the LabQuest.
3. The instructor will set out seven 50 mL beakers with different solutions.
4. Go to one solution with your pH sensor attached to LabQuest, and insert pH sensor
into the solution.
5. When pH reading is stabilized, record the pH in the DATA table below.
6. Rinse the pH sensor using the distilled water in the squirt bottle.
7. Repeat steps 4-6 for the remaining 6 solutions.
DATA TABLE
roguce.
Beaker
00 Solution
pH
edu
nscolle
distilled water
7.34
vinegar
2-67
3.
lemon juice
271
4
apple juice
3.80
a soft drink
る。48
6.
drain cleaner
7
13.400
detergent
9.68
eand
sa oniy do not reproduce,
14:01-19
Transcribed Image Text:Vernier pH Sensor Personal use only do not reoroduce. 2021-01-19 wash bottle distilled water PROCEDURE 735@sou 1. Obtain and wear goggles. CAUTION: Do not eat or drink in the laboratory. 2. Connect the pH Sensor to the LabQuest. 3. The instructor will set out seven 50 mL beakers with different solutions. 4. Go to one solution with your pH sensor attached to LabQuest, and insert pH sensor into the solution. 5. When pH reading is stabilized, record the pH in the DATA table below. 6. Rinse the pH sensor using the distilled water in the squirt bottle. 7. Repeat steps 4-6 for the remaining 6 solutions. DATA TABLE roguce. Beaker 00 Solution pH edu nscolle distilled water 7.34 vinegar 2-67 3. lemon juice 271 4 apple juice 3.80 a soft drink る。48 6. drain cleaner 7 13.400 detergent 9.68 eand sa oniy do not reproduce, 14:01-19
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