5. A pendulum is made of a vessel filled with water suspended from a long string. The water gradually flows out from a hole at the bottom of thevessel. How will the time period of the pendulum change (disregard themass of the vessel)?

5. A pendulum is made of a vessel filled with water suspended from a l

1.	5. A pendulum is made of a vessel filled with water suspended from a long string. The water gradually flows out from a hole at the bottom of thevessel. How will the time period of the pendulum change (disregard themass of the vessel)?
Answer» HEY bro,Time period of a simple pendulum is given byT= 2π×√l/gIn this expression,l is the distance from the point of SUSPENSION to the centre of mass of the bob(Here vessel containing water)As the water FLOWS out, the centre of mass will shift downwards hence increasing l.As l INCREASES, from the expression it is evident that T also increases. After some time, as whole water flows out, then the centre of mass will again shift back upwards TILL its initial value, thereby decreasing l and retaining its original value.So the answer is T will first increase then decrease.Hope it helps you. Mark as Brainliest

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5. A pendulum is made of a vessel filled with water suspended from a long string. The water gradually flows out from a hole at the bottom of thevessel. How will the time period of the pendulum change (disregard themass of the vessel)?​

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5. A pendulum is made of a vessel filled with water suspended from a long string. The water gradually flows out from a hole at the bottom of thevessel. How will the time period of the pendulum change (disregard themass of the vessel)?