A sphere, of radius a, is suspended by a fine wire from a fixed point at a distance 1 from its centre show that the time of a small oscilation is given by 2π + √(5² + 2²0¹) { 1 + 1 sin² (2)}. 581 where a represents the ar "tude of the vibration.
A sphere, of radius a, is suspended by a fine wire from a fixed point at a distance 1 from its centre show that the time of a small oscilation is given by 2π + √(5² + 2²0¹) { 1 + 1 sin² (2)}. 581 where a represents the ar "tude of the vibration.
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![A sphere, of radius a, is suspended by a fine wire from a fixed
point at a distance from its centre show that the time of a small oscilation is
given by
2π
* √ (5¹²x+ ²0') { 1 + ↓ sin² (²)},
581
where a represents the ar "tude of the vibration.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fee55b673-08b8-4c16-829a-33c40e54ffcc%2Fa98d0c2f-ac2a-4244-ba5d-26ef85a3dee0%2Fws649kr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A sphere, of radius a, is suspended by a fine wire from a fixed
point at a distance from its centre show that the time of a small oscilation is
given by
2π
* √ (5¹²x+ ²0') { 1 + ↓ sin² (²)},
581
where a represents the ar "tude of the vibration.
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