A magnet, when suspended in ar external magnetic field, has a period of oscillation of 4 s. When it is cut length wise an suspended in the same magnetic field, the period of vibration wil' be (a) 2 \/2s (S) 4 25 (b) 2s (d) 8 s
A magnet, when suspended in ar external magnetic field, has a period of oscillation of 4 s. When it is cut length wise an suspended in the same magnetic field, the period of vibration wil' be (a) 2 \/2s (S) 4 25 (b) 2s (d) 8 s
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![A magnet, when suspended in an
external magnetic field, has a period of
oscillation of 4 s. When it is cut length wise and
suspended in the same magnetic field, the
period of vibration wil' be
(a) 2 2s
(b) 2s
(c) 4 V2s
(d) 8 s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F73f12523-7841-4cb0-a4b0-552ae5965dcd%2Fe6136b74-51b6-48e1-8886-9629e9b9a856%2Fb4r1at_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A magnet, when suspended in an
external magnetic field, has a period of
oscillation of 4 s. When it is cut length wise and
suspended in the same magnetic field, the
period of vibration wil' be
(a) 2 2s
(b) 2s
(c) 4 V2s
(d) 8 s
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