deletions | additions       diff --git a/Table_ref_table_shot_noise_shows__.tex b/Table_ref_table_shot_noise_shows__.tex  index 9083046..b9aecc5 100644  --- a/Table_ref_table_shot_noise_shows__.tex  +++ b/Table_ref_table_shot_noise_shows__.tex 
...
Table \ref{table:shot_noise} shows the values obtained from performing the Shot Noise Experiment, where V across the Photodiode was the measured voltage across the photo-diode, and the Noise is Photodiode is the noise in the voltage measurement across the photo-diode, $V_{sq}$ was the measured squared voltage from the multimeter and the noise in $V_{sq}$ is the noise in the squared voltage. Table \ref{table:shot_noise} shows the data obtained from the multi-meter, the values before they were converted to current as we wanted to show the values expected from the apparatus. To convert to current you use Ohm's Law: $V=IR$ where, in this case, $R$ is $10 k\Omega$ and the $V$ are the values found from the multi-meter (Table \ref{table:shot_noise}).