The accepted value for g is 9.81 m/s? Procedure: Measure the distance (d) (see excel file) and the falling time (t) for a body initially at rest: Questions: 1. Complete the table using excel and compute the experimental value of the free fall acceleration g from the average acceleration a (show your work):

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Question
Clipboard
Font
Styles
Analy
D17
fr
B
E
d (m)
t (s)
(s)
a (m/s')
V; (m/s)
Aa (m/s')
0.500
1.083
3.
0.600
1.188
4
0.700
1.279
5.
0.800
1.366
0.900
1.454
1.000
1.525
8
1.100
1.610
1.200
1.680
10
1.300
1.749
11
1.400
1.814
12
Average
13
14
15
16
17
18
19
20
21
22
67
Transcribed Image Text:Clipboard Font Styles Analy D17 fr B E d (m) t (s) (s) a (m/s') V; (m/s) Aa (m/s') 0.500 1.083 3. 0.600 1.188 4 0.700 1.279 5. 0.800 1.366 0.900 1.454 1.000 1.525 8 1.100 1.610 1.200 1.680 10 1.300 1.749 11 1.400 1.814 12 Average 13 14 15 16 17 18 19 20 21 22 67
The accepted value for g is 9.81 m/s2
Procedure:
Measure the distance (d) (see excel file) and the falling time (t) for a body initially at rest:
Questions:
1. Complete the table using excel and compute the experimental value of the free fall acceleration g
from the average acceleration a (show your work):
Transcribed Image Text:The accepted value for g is 9.81 m/s2 Procedure: Measure the distance (d) (see excel file) and the falling time (t) for a body initially at rest: Questions: 1. Complete the table using excel and compute the experimental value of the free fall acceleration g from the average acceleration a (show your work):
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