SOLUTION: I'm trying to find the equation for vibration. On my last test, the question was the frequency is equal to the square root of t and inversely propotional to the Length. (or somthin

Algebra ->  Proportions  -> Lessons -> SOLUTION: I'm trying to find the equation for vibration. On my last test, the question was the frequency is equal to the square root of t and inversely propotional to the Length. (or somthin      Log On


   

Question 78054: I'm trying to find the equation for vibration. On my last test, the question was the frequency is equal to the square root of t and inversely propotional to the Length. (or somthing similiar to that). Do you know what the equation would have looked like in order for me to solve the problem? I hope I gave you enough information. I am in Intermediate Algebra.
Answer by jim_thompson5910(35256) About Me  (Show Source):
You can put this solution on YOUR website!
If you're looking for the period of a pendulum then this is the formula:

T=2%2Api%2Asqrt%28L%2Fg%29
where, T is the time (or period), L is the length, and g is the acceleration of gravity (which is approximately g=9.8)