Experiment 2 Fulcrum Position → (m) 0.4999 m Distance to Mass Position Object Fulcrum Diagram 2 Diagram N (kg) 0.48m (m) (m) THE M1 0.1179 kg 0.25 m 0.2499 m - M2 0.2179 kg 0.75 m 0.2501 m mig (29) ↑ fulcrum M3 0.0679 kg 0.0198 m m39 0.4801 m
Experiment 2 Fulcrum Position → (m) 0.4999 m Distance to Mass Position Object Fulcrum Diagram 2 Diagram N (kg) 0.48m (m) (m) THE M1 0.1179 kg 0.25 m 0.2499 m - M2 0.2179 kg 0.75 m 0.2501 m mig (29) ↑ fulcrum M3 0.0679 kg 0.0198 m m39 0.4801 m
Glencoe Physics: Principles and Problems, Student Edition
1st Edition
ISBN:9780078807213
Author:Paul W. Zitzewitz
Publisher:Paul W. Zitzewitz
Chapter6: Motion In Two Dimensions
Section6.3: Relative Velocity
Problem 27PP
Related questions
Question
University Physics 1 - Rotation,
I need help with this problem and an explanation of the solutions described below:
- A torque meter stick experiment
For experiment 2 (The image of the data below), suppose we remove M3 but keep everything else the same. The system will be unbalanced and will begin to rotate. For this problem, treat the meter stick as being rotated about its ideal center of mass of XCM = 50 cm.
a) Calculate the moment of inertia of the system (meter stick and hanging masses).
b) Calculate the
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