Q8. A disc of mass M = 2 kg, and radius R = 20 cm is connected to a spring at a point at a distance r = 10 cm from the c

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Q8. A disc of mass M = 2 kg, and radius R = 20 cm is connected to a spring at a point at a distance r = 10 cm from the c

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Q8 A Disc Of Mass M 2 Kg And Radius R 20 Cm Is Connected To A Spring At A Point At A Distance R 10 Cm From The C 1
Q8 A Disc Of Mass M 2 Kg And Radius R 20 Cm Is Connected To A Spring At A Point At A Distance R 10 Cm From The C 1 (35.88 KiB) Viewed 14 times
Q8. A disc of mass M = 2 kg, and radius R = 20 cm is connected to a spring at a point at a distance r = 10 cm from the centre and a spring constant k = 20 N/m. Find the period of the small oscillations. The moment of inertia of the disc is I = MR2. The small mass has m= 1 kg. = N Figure 4 (Total 11 marks)
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