Posted by Johnathon on Wednesday, February 16, 2011 at 12:39am.
ac = 4 pi^2*r/T^2
ln(ac) = ln(4 pi^2) + ln r - 2 lnT
Now take the differential.
d(ac)/ac = lnr/r - 2 dT/T
For the standard deviation of the relative error, error, this leads to:
[σ(ac)/ac]^2 = [σr/r]^2 + [2*σT/T]^2
The relative error in ac, squared, equals the sum of the square of the relative error of r and the square of twice the relative error in T.
This assumes that errors in T and r are uncorrelated. Sometimes this is called the RSS (Root of the Sum of the Squares) rule.
Related Questions
Physics - please check these answers for me When an object is moving with ...
Physics - To find the velocity and acceleration vectors for uniform circular ...
physics - uniform circular motion - Explain why the kinematics equations which ...
Physics - Uncertainties - I have to do a lab with uncertainties, I have worked ...
Physics - The second hand and the minute hand on one type of clock are the same ...
Physics - Uniform circular motion - What type of acceleration is associated with...
physics - For this problem use the Uniform circular motion mode of the ...
Physics - What is the algebraic expression for the ratio ac,second/ac,minute of ...
Physics problems - Hi, everyone who is going to read this, thank you for trying ...
Physics - In order for a satellite in free fall to maintain uniform circular ...
For Further Reading