Amplitude of vibration Effecting Frequency.

AI Thread Summary
The discussion centers on whether the amplitude of a pendulum's vibration affects its frequency. It highlights that frequency is proportional to the length of the pendulum, with a specific relationship noted: frequency is proportional to 1 divided by the square root of the length. There is mention of an inability to conduct further experiments due to a lack of equipment, leading to a conclusion of "absolute failure" in testing this hypothesis. Relevant resources, including Wikipedia and various image searches, are provided for additional context. The conversation underscores the complexity of the relationship between amplitude and frequency in pendulum motion.
nivekov123
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1. Does the amplitude of a pendulum's vibration have effect on its' frequency?

2. F prop. to L or F prop to 1/Square root L where L is length and F is frequency.

3. Absolute Failure. Cannot Re-Do experiment due to lack of equipment.
 
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