deletions | additions       diff --git a/figures/Voltage vs Angle for Faraday Rotation/caption.tex b/figures/Voltage vs Angle for Faraday Rotation/caption.tex  index c178614..8513c15 100644  --- a/figures/Voltage vs Angle for Faraday Rotation/caption.tex  +++ b/figures/Voltage vs Angle for Faraday Rotation/caption.tex 
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\label{fig:directmethoddata} Shown are the values of the photodiode voltage versus angle of the polarizer. The polarizer was rotated through 360$^{\circ}$ with a step size of 15$^{\circ}$. V(-3) refers to the 15$^{\circ}$.The red curve is  voltage when acurrent of 3 A was put through the solenoid, which corresponds to a  magnetic field of -33.3 mT. V(0) refers to mT was produced by the solenoid. The blue curve is  the voltage when acurrent of 0 A was put through the solenoid, which corresponds to a  magnetic field of 0 mT. mT was produced by the solenoid.  %Values of voltages obtained by changing the rotation angles over a 360 degrees range with a step size of 15 degrees. (0) means there is no magnetic field applied, and (-3) means there is a magnetic field applied, and the current goes through the solenoid is -3A.Replace this text with your caption