A heavy $$brass-sphere$$ is hung from a spiral spring and it executes vertical vibrations with period T. The ball is now immersed in $$non-viscous$$ liquid with a density $$one-tenth$$ that of brass. When set into vertical vibrations with the sphere remaining inside the liquid all the time, the period will be

Question

Infinity Learn · Accepted Answer

We know that $$T=2$$$$π$$Mk when the sphere is immersed in liquid, the weiSht i reduced to $$(1/10)th$$ of the original value. So, we can say reduced to $$(1/10)th$$ of the original value. So, we can say spring. Now $$T1=2$$$$π$$$$9M10k=9102$$$$π$$$$Mk=910T$$

A heavy brass-sphere is hung from a spiral spring and it executes vertical vibrations with period T. The ball is now immersed in non-viscous liquid with a density one-tenth that of brass. When set into vertical vibrations with the sphere remaining inside the liquid all the time, the period will be

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