The time period is inversely proportional to the gravitational pull, or "g." For instance, if a simple pendulum is moved to the moon from Earth, its pull will decrease, resulting in a longer period.
On the moon, the value of "g" is one sixth of what it is on Earth's surface.
The moon's pendulum will oscillate at a slower rate than Earth's because its period is longer there.
The period is influenced by three factors: the mass, the angle, and the length.
A pendulum's effective length can be altered by either raising or lowering the bob. On the pendulum rod, you'll find the pendulum bob. The clock will move more quickly if you raise the bob. The clock will also run slower if the bob is lowered.
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