Question

the time period of same pendulum at karachi and murre are related​

Answer 1

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The time period of a pendulum is a function of length and gravity. The slight reduction in gravity (assuming the top of Everest) would slightly increase the period, all other conditions being equal. The thinner atmosphere might offset this if the pendulum is swinging in air, due to reduced friction.

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Answer 2

The time period of a pendulum is a function of length and gravity. The slight reduction in gravity (assuming the top of Everest) would slightly increase the period, all other conditions being equal. The thinner atmosphere might offset this if the pendulum is swinging in air, due to reduced friction. The rod or cable supporting the weight would shrink in lower temperatures, shortening the time. To be a fair test the pendulum would have to be contained in a controlled environment.

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