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hala nahulog-log-log?! Consider an object that can roll with moment of inertia I=m² resting on top of a fixed hemisphere with radius R. If we nudge it slightly, it will roll down without slipping. At what angle will the object "lose contact" with the sphere? (Hint: The object will lose contact with the sphere when normal force is absent. Write Newton's law first then set up the conservation of energy equation using the potential Ubefore mgR(1 - cos 6)). N O 21° O 24° O 69° O 66° mg

hala nahulog-log-log?! Consider an object that can roll with moment of inertia I=m² resting on top of a fixed hemisphere with radius R. If we nudge it slightly, it will roll down without slipping. At what angle will the object "lose contact" with the sphere? (Hint: The object will lose contact with the sphere when normal force is absent. Write Newton's law first then set up the conservation of energy equation using the potential Ubefore mgR(1 - cos 6)). N O 21° O 24° O 69° O 66° mg

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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JED hala nahulog-log-log?! Consider an object that can roll with moment of inertia I=m² resting on top of a fixed hemisphere with radius R. If we nudge it slightly, it will roll down without slipping. At what angle will the object "lose contact" with the sphere? (Hint: The object will lose contact with the sphere when normal force is absent. Write Newton's law first then set up the conservation of en of energy e equation using the potential Ubefore = mgR(1- cos 6)). D CS O 21° O 24° O 69⁰ O 66° mg
Transcribed Image Text:JED hala nahulog-log-log?! Consider an object that can roll with moment of inertia I=m² resting on top of a fixed hemisphere with radius R. If we nudge it slightly, it will roll down without slipping. At what angle will the object "lose contact" with the sphere? (Hint: The object will lose contact with the sphere when normal force is absent. Write Newton's law first then set up the conservation of en of energy e equation using the potential Ubefore = mgR(1- cos 6)). D CS O 21° O 24° O 69⁰ O 66° mg
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