deletions | additions       diff --git a/begin_table_label_table_Johnson1__.tex b/begin_table_label_table_Johnson1__.tex  index 61b60ca..3c1a602 100644  --- a/begin_table_label_table_Johnson1__.tex  +++ b/begin_table_label_table_Johnson1__.tex 
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\label{table:Johnson1}  \begin{tabular}{ c c c c c c c }  & $f_2 = 0.33 \textrm{ kHz}$ & $1.0 \textrm{ kHz}$ & $3.3 \textrm{ kHz}$ & $f2 = 10K Hz$ & $f2 = 33K Hz$ & $f2 = 100K Hz$ \\   $f_1 = 10 \textrm{ Hz}$ & $5.13$ $5.13 \textrm{ UNITS???}$  & $11.43$ & $32.70$ & $93.54$ & $307$ & $935$ \\ $30 \textrm{ Hz}$ & $4.98$ &$11.12$ & $32.21$ & $93.50$ & $306$ & $934$ \\   $100 \textrm{ Hz}$ & $4.29$ & $10.60$ & $31.62$ & $93.18$ & $305$ & $935$ \\   $f1 = 300 Hz$ & $2.95$ & $8.70$ & $30.06$ & $90.38$ & $304$ & $934$ \\  
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\caption{J-Noise Trial 1}   \end{table}  \textbf{NOTE: I have partially corrected the formatting of this table to reflect proper AJP style. Please complete the reformatting. } \textbf{NOTE 2: Are these values really the Johnson noise (and in what units), or are these values the total measured noise (which includes instrumentation noise from the amplifers, etc in addition to the Johnson noise from the resistors? Also, what are the units? Is this ac voltage? or ac voltage squared? or the V-multimeter, which is the average squared voltage divided by 10? or something else, such as volts squared per Hz? }