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REPORT Date <br /> Address <br /> company—Z <br /> � Grade of Product <br /> Owner of Tank Sath �_ <br /> Gallons i c' OQv API Gravity ,^,_ <br /> Coefficient of Expansion G7U > <br /> Coefficient of Expansion times gallons equals Factor This is <br /> The figure that is used in this itest <br /> :for <br /> _each�degree <br /> as�:=ftemperature <br /> shift . <br /> � <br /> Mssc=asscsssscssssssss�s cacsasc.: <br /> Thermometer Net Times Change <br /> Time Start End shift o * due to <br /> nxsc: s:s:sasss '=csxs:.as:s �.mssa Qb <br /> X 25p� f 0q5- <br /> Average <br /> #1 ToTemperature _ <br /> X 50%- _ Shift ° 3 <br /> #2 Ilic <br /> X r% ri TimesFactor <br /> 19 <br /> #3 ii-01 <br /> Total or Average G' -} Temperature Shift times <br /> Temperature Shift actor equals volume <br /> Change due only to <br /> *Note; .Since the #1 probe represent only 25% of Temperature Change <br /> the tank the shift must me multiplied by <br /> 25% and the result recorded in the last + or i_,,,? <br /> columEn. Be sure to mark the result + or <br /> The #2 probe represents 50% of the tank Amount `adde nor <br /> so that figure is multiplied by 50%. <br /> The bottome probe temperature shift is Removed a get <br /> multi lied by 25`x. These three temperatures Slopetube back <br /> are now added together to represent the to starting point <br /> average temperature shift for the tank . 02— <br /> when <br /> when adding be sure to recognise 1-the ---� <br /> + or - signs) This total is now entered <br /> in the space marked "average Temperature or p v <br /> Net loss z" <br /> ai <br /> shift" and multiplied by the factor. �----- <br /> C:sr:ssa:sssssssassssss:secs:scs=scssssszacas=aac>:sss=s;s;Smcscsasa=^z nzstia=ssa sc�.-.:-"` <br /> Coments T-h A <br /> DEC 2 ]Ybb <br /> ENVIROMENTAL HEALTH <br /> c_ PERMIT/SERVICES <br /> Signature.-of the tester <br /> Tester' s Certification Number � �� <br />