Using a pulley system, a circular object (diameter 4.74cm) is angularly accelerated (with a mass of 5 grams). Obtaining this, the same acceleration within a group of random graphic shots of different objects. Calculate the experimental moment of inertia for it. Do not include the units and express it to 4 significant figures without rounding and without scientific notation and use g = 9.8ms2 1.6Linear Fitm (Slope)b(Y Intercept)1.43,86 0.0066-2.78 0,00631.000000.002251.2-Mean Squared ErrorRoot MSE1.0Linear Fitm (Slope)b(Y Intercept)Velocity, Ch1&2 Run #1Velocity, Ch182 Run 2Velocity, Ch1&2 Run #30.188 4.5E-4-0.170 9.2E-40.8-1.000.6Mean Squared Error000Root MSE0.001590.4Linear Fitm(Slope)b(Y Intercept)0.0388 2.7E-4-0.0166 7.1E-40.9980.2Mean Squared Error 1.11E-5Root MSE0.00.003340.00.51.01.52.02.53.03.54.04.5.Time(s)Velocity( m/s) ONA

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Answered: Using a pulley system, a circular…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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Using a pulley system, a circular object (diameter 4.74cm) is angularly accelerated (with a mass of 5 grams). Obtaining this, the same acceleration within a group of random graphic shots of different objects. Calculate the experimental moment of inertia for it. Do not include the units and express it to 4 significant figures without rounding and without scientific notation and use g = 9.8ms2

1.6
Linear Fit
m (Slope)
b(Y Intercept)
1.4
3,86 0.0066
-2.78 0,0063
1.00
000
0.00225
1.2-
Mean Squared Error
Root MSE
1.0
Linear Fit
m (Slope)
b(Y Intercept)
Velocity, Ch1&2 Run #1
Velocity, Ch182 Run 2
Velocity, Ch1&2 Run #3
0.188 4.5E-4
-0.170 9.2E-4
0.8-
1.00
0.6
Mean Squared Error
000
Root MSE
0.00159
0.4
Linear Fit
m(Slope)
b(Y Intercept)
0.0388 2.7E-4
-0.0166 7.1E-4
0.998
0.2
Mean Squared Error 1.11E-5
Root MSE
0.0
0.00334
0.0
0.5
1.0
1.5
2.0
2.5
3.0
3.5
4.0
4.5.
Time(s)
Velocity( m/s) ONA

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