What Are the Key Equations for Pendulum Oscillation in A-Level Coursework?

AI Thread Summary
The discussion focuses on the key equations for analyzing pendulum oscillation, specifically highlighting the relationship between the time period and the length of the string. The primary equation mentioned is T² = k * l, where T is the time period, k is a constant, and l is the length of the string. Participants emphasize the importance of accurately measuring the time taken for oscillations, suggesting that timing multiple swings can enhance precision. The conversation indicates that additional relevant equations for oscillation may be beneficial for the practical assignment. Overall, understanding these equations is crucial for completing A-Level coursework on pendulum motion.
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Homework Statement



Objective - Record the time taken for a pendulum to complete a full oscillation. Using the equation Time (t) squared = k multiplied by length of string ( l)


Homework Equations



Any relevant equations to do with oscillation that could help me with this practical?



The Attempt at a Solution

 
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I don't think you have given the whole problem statement. So far there is nothing to do but record the time for one complete swing (better to time ten swings and divide by 10 to improve accuracy).
 

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