total elapsed time (s) average velocity in each time interval (cm/s) total distance fallen in each time interval (cm) spot distance fallen (cm) 0.5/: 30 0.5.0r0.5 0.5 1.0-0.50i5 2 - 1.0: 1.I 3.1 -2.I1.0 4.4 - 3.1 -1.3 6.0-4.4.1.6 8.0 -6.02.0 10. a - 8.0 2.a 13.4 - 10.2=1. A/ Y 15.y-13.6-2.8 8.4-15.4-3030/2. Ito 21.6- 18.4: 3.a 3.2 : na 25.a -a16: 3.4.6/ 216 a9.0-25.238 3.8 Ja8 33./-9.0:4./ 4. Y6 37.5-33.1:4.1 4.4/ 264 42.1 - 37.5.6s 4.6/ 47.1-42.1 S.0 1.0 2.1 1.0/ 60 1.3/ 18 3.1 4.4 6.0 8.0 7/10 840 9/10 в 10.2 12.6 10 15.4 11 18.4 12/60 13/69 re6o I5/60 18/60 12 21.6 13 25.2 14 29.0 15 33.1 16 37.5 17 42.1 5.0/ 300 47.1 18 Slope calculation points: 16/60 260 &60 Acceleration due to gravity: sec Point 1: t1 Standard value: 980 cm/s? cm/sec V1 975 cnls Experimental value: Point 2: sec t2 Percent error: SL02 cm/sec V2130 Slope calculation: 130 A00 -130 = 975 st 16/60-8/60 18/46

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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How can I explain the small percent difference/error between my experimental result and the accepted value for the acceleration due to gravity on the surface of the Earth?

total
elapsed
time (s)
average velocity
in each time
interval (cm/s)
total
distance fallen
in each time
interval (cm)
spot
distance
fallen (cm)
0.5/: 30
0.5.0r0.5
0.5
1.0-0.50i5
2 - 1.0: 1.I
3.1 -2.I1.0
4.4 - 3.1 -1.3
6.0-4.4.1.6
8.0 -6.02.0
10. a - 8.0 2.a
13.4 - 10.2=1. A/ Y
15.y-13.6-2.8
8.4-15.4-3030/2. Ito
21.6- 18.4: 3.a 3.2 : na
25.a -a16: 3.4.6/ 216
a9.0-25.238 3.8 Ja8
33./-9.0:4./ 4. Y6
37.5-33.1:4.1 4.4/ 264
42.1 - 37.5.6s 4.6/
47.1-42.1 S.0
1.0
2.1
1.0/ 60
1.3/ 18
3.1
4.4
6.0
8.0
7/10
840
9/10
в
10.2
12.6
10
15.4
11
18.4
12/60
13/69
re6o
I5/60
18/60
12
21.6
13
25.2
14
29.0
15
33.1
16
37.5
17
42.1
5.0/ 300
47.1
18
Slope calculation points:
16/60
260
&60
Acceleration due to gravity:
sec
Point 1:
t1
Standard value: 980 cm/s?
cm/sec
V1
975 cnls
Experimental value:
Point 2:
sec
t2
Percent error: SL02
cm/sec
V2130
Slope calculation:
130
A00 -130
= 975
st
16/60-8/60 18/46
Transcribed Image Text:total elapsed time (s) average velocity in each time interval (cm/s) total distance fallen in each time interval (cm) spot distance fallen (cm) 0.5/: 30 0.5.0r0.5 0.5 1.0-0.50i5 2 - 1.0: 1.I 3.1 -2.I1.0 4.4 - 3.1 -1.3 6.0-4.4.1.6 8.0 -6.02.0 10. a - 8.0 2.a 13.4 - 10.2=1. A/ Y 15.y-13.6-2.8 8.4-15.4-3030/2. Ito 21.6- 18.4: 3.a 3.2 : na 25.a -a16: 3.4.6/ 216 a9.0-25.238 3.8 Ja8 33./-9.0:4./ 4. Y6 37.5-33.1:4.1 4.4/ 264 42.1 - 37.5.6s 4.6/ 47.1-42.1 S.0 1.0 2.1 1.0/ 60 1.3/ 18 3.1 4.4 6.0 8.0 7/10 840 9/10 в 10.2 12.6 10 15.4 11 18.4 12/60 13/69 re6o I5/60 18/60 12 21.6 13 25.2 14 29.0 15 33.1 16 37.5 17 42.1 5.0/ 300 47.1 18 Slope calculation points: 16/60 260 &60 Acceleration due to gravity: sec Point 1: t1 Standard value: 980 cm/s? cm/sec V1 975 cnls Experimental value: Point 2: sec t2 Percent error: SL02 cm/sec V2130 Slope calculation: 130 A00 -130 = 975 st 16/60-8/60 18/46
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