S vii. V111. corresponding random speeds. Plot a graph of centripetal force, F, versus v². Find the slope of this graph. How should the slope relate to the values of the mass of the rotating object, m and the radius of the circular path, r? Check your expectation against the slope that you find. Do not close the simulator in any of the parts. We will next use the last random speed #6
S vii. V111. corresponding random speeds. Plot a graph of centripetal force, F, versus v². Find the slope of this graph. How should the slope relate to the values of the mass of the rotating object, m and the radius of the circular path, r? Check your expectation against the slope that you find. Do not close the simulator in any of the parts. We will next use the last random speed #6
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Transcribed Image Text:VI.
vii.
Thi
Repeat steps 11, 111, 1v, and v until you have 6 values of centripetal force for 6
corresponding random speeds.
Plot a graph of centripetal force, F, versus v². Find the slope of this graph. How should
the slope relate to the values of the mass of the rotating object, m and the radius of the
circular path, r? Check your expectation against the slope that you find.
Do not close the simulator in any of the parts. We will next use the last random
speed #6
Transcribed Image Text:Centripetal Force (N)
60
50
40
30
20
10
0
Part 1: Fc (N) versus v2 (m2/s2)
10
20
30
v2 (in m2/s2)
40
50
42
60
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