How can the time period of a pendulum be increased or decreased?
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by increasing or decreasing the frequency the time period of a pendulum can be increased or decreased.
even by reducing the length and extending the length of the wire suspending the bob will have an effect on the time period
even by reducing the length and extending the length of the wire suspending the bob will have an effect on the time period
Answered by
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The time period of a simple pendulum depends on-
Acceleration due to gravity
Length of the Bob
It does not depend on
Mass of the Bob
Nature of material of the Bob
Amplitude of osscilations
The length of the pendulum is directly proportional to its time period. This means that if the length would be more time period would be more and if length is less time period will be less
The gravity is inversely proportional to its time period. This means that if gravity is less time period would be more and if the gravity is more time period would be less
Hope it helps!
Keep smiling
Acceleration due to gravity
Length of the Bob
It does not depend on
Mass of the Bob
Nature of material of the Bob
Amplitude of osscilations
The length of the pendulum is directly proportional to its time period. This means that if the length would be more time period would be more and if length is less time period will be less
The gravity is inversely proportional to its time period. This means that if gravity is less time period would be more and if the gravity is more time period would be less
Hope it helps!
Keep smiling
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