Average and standard deviation based on "Using the Balance" Data pt. Deviation, (di) (Xi — m) Xi 2 1 3 4 sum Mean: Standard Deviation: i Average and standard deviation based on "Measuring the volume of water transferred" Data pt. Deviation, (di) (x; -m) Xi 1 10.065 mL 10.036 mL 9,793 mL 9.992mL O 2 3 4 55.858 55.858 55.858 55.858 5 sum Mean: Standard Deviation: Square of di (x; -m)² -16- Square of di (Xi – m)
Average and standard deviation based on "Using the Balance" Data pt. Deviation, (di) (Xi — m) Xi 2 1 3 4 sum Mean: Standard Deviation: i Average and standard deviation based on "Measuring the volume of water transferred" Data pt. Deviation, (di) (x; -m) Xi 1 10.065 mL 10.036 mL 9,793 mL 9.992mL O 2 3 4 55.858 55.858 55.858 55.858 5 sum Mean: Standard Deviation: Square of di (x; -m)² -16- Square of di (Xi – m)
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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Question
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Average and standard deviation based on "Using the Balance"
Data pt.
Deviation, (di)
(x; -m)
Xi
2
3
1
4
i
sum
Mean:
Standard Deviation:
i
Average and standard deviation based on "Measuring the volume of water transferred"
Data pt.
Xi
2
3
1 10.065 mL
10.036 mL
9,793 mL
9.992 mL
4
5
55.858
55.858
55.858
55.858
sum
Mean:
Standard Deviation:
Deviation, (di)
(Xi — m)
Square of di
(x; -m)²
-16-
Square of di
(Xi — m)2
CLOR](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1b897147-dac4-49d3-a0b7-87acbe9c344d%2F684e62e8-ae38-475b-ba53-69a37c16cfcb%2Frrq5ltf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Bi
th
60
OC
to
th
its
CC
St
sp
he
ca
el
th
kr
pc
in
di
of
F
re
re
ap
sti
ne
pr
el
up
CC
W
ne
th
C(
el
er
If
ho
W
Sp
m
lo
Average and standard deviation based on "Using the Balance"
Data pt.
Deviation, (di)
(x; -m)
Xi
2
3
1
4
i
sum
Mean:
Standard Deviation:
i
Average and standard deviation based on "Measuring the volume of water transferred"
Data pt.
Xi
2
3
1 10.065 mL
10.036 mL
9,793 mL
9.992 mL
4
5
55.858
55.858
55.858
55.858
sum
Mean:
Standard Deviation:
Deviation, (di)
(Xi — m)
Square of di
(x; -m)²
-16-
Square of di
(Xi — m)2
CLOR
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