GENERAL TERMS AND CONDITIONS
                           (Continued)
   
     meter shall be computed by properly applying, to the volume
     delivered at flowing Gas pressures and temperatures,
     correction factors for (i) absolute static pressure, (ii)
     flowing Gas temperature and (iii) compressibility ratio.
   
          14.3 The volume of Gas injected or withdrawn hereunder
     shall be computed using the standards and factors determined
     as follows:
   
              (1)  The unit of volume for the purpose of
     measurement shall be one thousand cubic feet of Gas at a
     temperature of 60 degrees Fahrenheit and a pressure of 14.73
     psia and dry. (Standardize the reporting basis for Btu as
     14.73 dry psia and 60 degrees F (101.325 kPa and 15 degrees
     C and dry).  Standardize the reporting basis for gigacalorie
     as 1.035646 Kg/cm2 and 15.6 degrees C and dry. Standardize
     the reporting basis for gas volumes as cubic foot at
     standard conditions of 14.73 psia, 60 degrees, F and dry.
     For gas volumes reported in cubic meters, the standard
     conditions are 101.325 kPa, 15 degrees C, and dry.)  The
     Decatherm equivalent of such unit of volume shall be
     determined by multiplying each unit of volume by the total
     heating value per cubic foot of the Gas delivered hereunder
     (adjusted to a common temperature and pressure base) and by
     dividing the result by 1,000.
   
             (2) The average absolute atmospheric (barometric)
     pressure  at the Point of Receipt or Delivery shall be
     assumed to be equal to 14.4 pounds per square inch.
   
             (3)  The flowing temperature of the Gas shall be
     determined by means of an instrument of standard manufacture
     accepted in the industry for this purpose.
   
             (4)  The supercompressibility factor used in
     computing the volume of Gas delivered through an orifice
     meter shall be determined in a manner which yields results
     consistent with the results produced by the procedures
     presented in the American Gas Association Transmission
     Measurement Committee Report No. 8 entitled "Compressibility
     and Supercompressibility for Natural Gas and Other
     Hydrocarbon Gases."
   
        14.4 The specific gravity of the Gas used in computing
     the volume of Gas delivered through a meter shall be
     determined by one of the following methods: