A simple pendulum has a time period 'T' in vacuum. It’s time of period when it is completely immersed in a liquid of density $$one-eighth$$ of the density of the material of the bob is

Question

Infinity Learn · Accepted Answer

time period of simple pendulum $$isT=2$$$$π$$$$lg---(1)$$ time period of simple pendulum when immersed in liquid is $$T1=2$$$$π$$$$lg1-dliquiddbody$$ $$dliquid=$$ density of liquid , $$dbody=density$$ of body or oscillator, substitute the given values $$T1=2$$$$π$$$$lg1-18$$ $$T1=2$$$$π$$$$lg78$$ $$T1=2$$$$π$$$$8l7g$$ substitute (1) in above equation or divide equations of T and $$T1$$ $$T1=87T$$

A simple pendulum has a time period 'T' in vacuum. It’s time of period when it is completely immersed in a liquid of density one-eighth of the density of the material of the bob is

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