After carrying out GC$-$MS analysis, the following area count was obtained for Calibrators $1$ to $5,$ HQC$,$ LQC$,$ Sample $1,$ Sample $2,$ and Blank for BHB and internal standard$($GHB$)$: CAL $1($BHB$=1473,$ GHB$=1875),$ CAL $2($BHB$=666,$ GHB$=2595,$ CAL $3($BHB$=428,$ GHB$=2179),$ CAL $4($BHB$=346,$ GHB$=2801,$ HQC$($BHB$=728,$ GHB$=2466,$ LQC$($BHB$=317,$ GHB$=2222,$ SAMPLE $1($BHB$=355,$ GHB$=2737,$ SAMPLE $2($BHB$=287,$ GHB$=2701),$ BLANK$($BHB$=736,$ GHB$=2392).$ The concentrationof BHB calculating with area count is as follows: CAL $1=41\mathrm{.}40$mg$/$L$,$ CAL $2=16\mathrm{.}86$mg$/$L$,$ CAL $3=9\mathrm{.}62$mg$/$L$,$ CAL $4=7\mathrm{.}12$mg$/$L$,$ HQC$=18\mathrm{.}74$mg$/$L$,$ LQC$=6\mathrm{.}24$mg$/$L$,$ Samplke $1=7\mathrm{.}40$mg$/$L$,$ Sample $2=5\mathrm{.}33$mg$/$L$,$ Blank$=18\mathrm{.}99$mg$/$L$.$ The relative ratio of the area count of BHB and GHB is as follows: CAL $1=0\mathrm{.}79,$ CAL $2=0\mathrm{.}26,$ CAL $3=0,20,$ CAL $4=0\mathrm{.}12,$ HQC$=0\mathrm{.}30,$ LQC$=0\mathrm{.}14,$ Sample $1=0\mathrm{.}13,$ Sample $2=0\mathrm{.}11,$ Blank$=0\mathrm{.}31.$ The concentration of BHB calculating with relative ratio is as follows: CAL$1=42\mathrm{.}32$mg$/$L$,$ CAL $2=14\mathrm{.}33$mg$/$L$,$ CAL $3=11\mathrm{.}14$mg$/$L$,$ CAL $4=7\mathrm{.}29$mg$/$L$,$ HQC$=16\mathrm{.}37$mg$/$L$,$ LQC$=8\mathrm{.}30$mg$/$L$,$ Sample $1=7\mathrm{.}56$mg$/$L$,$ Sample $2=6\mathrm{.}37$mg$/$L$,$ Blank$=17\mathrm{.}03$mg$/$L$.$ How can this result be interpreted in detail?. I need a step by step interpretation of the result. Is the data obtained accurate? What are the possible errors that might slightly affect the result and data above?