how does the time period of a pendulum is effected by amplitude of oscillation
Answers
Answered by
1
At amplitude of 30 degrees, the error from small oscillations is less than 2%. At 90 degrees, it’s 18%. At 180 degrees, you would need a massless rod rather than a string, but it’s basically standing on end and can stand forever, so period is infinite.
Answered by
0
The real formula for time period is
T= 2 pi root ( L/g ) (1 + [amp/4]^2)
amp is amplitude
Even this formula is an approximation to a bigger formula involving infinite series
So as you can see T proportional (amp)^2. Therefore as amplitude increases time period increases.
Mark as brainliest if it helped
T= 2 pi root ( L/g ) (1 + [amp/4]^2)
amp is amplitude
Even this formula is an approximation to a bigger formula involving infinite series
So as you can see T proportional (amp)^2. Therefore as amplitude increases time period increases.
Mark as brainliest if it helped
Similar questions