Angular momentum (L) of a thin slice rotating around an axis is given by 1. L = mr"wm where w is angular velocity, defined as w = 2nf The SI unit of L is kg.m²/s. r is the radius, m is the mass and fis the frequency. Find the values of n and m by doing dimensional analysis.
Angular momentum (L) of a thin slice rotating around an axis is given by 1. L = mr"wm where w is angular velocity, defined as w = 2nf The SI unit of L is kg.m²/s. r is the radius, m is the mass and fis the frequency. Find the values of n and m by doing dimensional analysis.
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![Angular momentum (L) of a thin slice rotating around an axis is given by
1.
L = mr"wm
where w is angular velocity, defined as w = 2nf
The SI unit of L is kg.m²/s. r is the radius, m is the mass and fis the frequency. Find the
values of n and m by doing dimensional analysis.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc59c4452-85b7-4e37-af32-552968744a6c%2F47143731-dff2-486d-8372-ea9e77f2b4ad%2Fnfn6n5_processed.png&w=3840&q=75)
Transcribed Image Text:Angular momentum (L) of a thin slice rotating around an axis is given by
1.
L = mr"wm
where w is angular velocity, defined as w = 2nf
The SI unit of L is kg.m²/s. r is the radius, m is the mass and fis the frequency. Find the
values of n and m by doing dimensional analysis.
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