234Moment of InertiaPart I: Calculate Moment of Inertia of the disk using, I1 = Maisk Raisk1. Maisk833.90. g=.....a.... kg2. Rdisk =....1.85.3. 1 =....O...0 26 ka m?ст 3тcHc or fiertia of the disk-using Newton's Second Law for rotational motion1. Radial distance for wrapped string, Rstring5,0292.... cm =5.0,292mTorqueT = T Rstring(N m)RunLinearAngularTensionHangingmass, m (g) mass, m (kg)HangingT = m(g – a)(N)AccelerationAcceleration/Rstring(rad/s?)0.003a (m/s²)14 CA0.1860,04050.430.691500.070.080.02534,7039,2341.74706.u00980.850520.010.832. In Excel plot Torque, t, (y-axis) vs Angular Acceleration, x, (x-axis) using the data in first four runs.3. Use trendline option to insert the line equation from the plot.4. What does the slope of this line represent?5. I2kg m?=.

Name: 234Moment of InertiaPart I: Calculate Moment of Inertia of the disk u
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Description: 234Moment of InertiaPart I: Calculate Moment of Inertia of the disk using, I1 = Maisk Raisk1. Maisk833.90. g=.....a.... kg2. Rdisk =....1.85.3. 1 =....O...0 26 ka m?ст 3тcHc or fiertia of the disk-using Newton's Second Law for rotational motion1. Ra

Slope of the line in graph represent the moment of inertia of disk.According to given data the slope…

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Physics

1354 Run Hanging тass, m (g) тass, m (kg) Hanging Linear Angular Acceleration Torque T = m(g – a)T=T Rstring (N m) Tension Acceleration "/Rstring (rad/s?) .0.003 a (m/s²) (N) 24.64 0.43 0.69 0,78 0.83 0.05 0.186 0,0405 1 50 34.70 39,23 41.74 70 80 85 0.08 0.085 6.0009 0:01 052 2. In Excel plot Torque, t, (y-axis) vs Angular Acceleration, x, (x-axis) using the data in first four runs. 3. Use trendline option to insert the line equation from the plot. 1. 4. What does the slope of this line represent? 5. I2 kg m2

1354 Run Hanging тass, m (g) тass, m (kg) Hanging Linear Angular Acceleration Torque T = m(g – a)T=T Rstring (N m) Tension Acceleration "/Rstring (rad/s?) .0.003 a (m/s²) (N) 24.64 0.43 0.69 0,78 0.83 0.05 0.186 0,0405 1 50 34.70 39,23 41.74 70 80 85 0.08 0.085 6.0009 0:01 052 2. In Excel plot Torque, t, (y-axis) vs Angular Acceleration, x, (x-axis) using the data in first four runs. 3. Use trendline option to insert the line equation from the plot. 1. 4. What does the slope of this line represent? 5. I2 kg m2

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter10: Rotational Motion And Angular Momentum

Section: Chapter Questions

Problem 2PE: Integrated Concepts An ultracentrifuge accelerates from rest to 100,000 rpm in 2.00 min. (a) What is...

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