Perry's Handbook has (pages of!) tables for the density of liquids. Because the density of liquids is a function of temperature, these densities are given by the temperature dependent formula =C1/C2[1+(1T/C3)C4] where C1,C2,C3, and C4 are chemical specific constants and T is the temperature in K. The output of this formula is the molar density (mol/L). Using the table below, what is the density (in g/L to the nearest 1g/L ) of benzene at 20C=293.15K ? (Note this this formula is only valid between the Tmin to Tmax temperature range given for each chemical.) Perry's Handbook has (pages of!) tables for the density of liquids. Because the density of liquids is a function of temperature, these densities are given by the temperature dependent formula =C1/C2[1+(1T/C3)C4] where C1,C2,C3, and C4 are chemical specific constants and T is the temperature in K. The output of this formula is the molar density (mol/L). Using the table below, what is the density (in g/L to the nearest 1g/L ) of benzene at 20C=293.15K ? (Note this this formula is only valid between the Tmin to Tmax temperature range given for each chemical.) TABLE 2-32 Densikies of Inoraonic and Oraanic Ilmaids Lmul/Aduni e this this formula is only jetween the Tmin to Tmax temperature range given ach chemical.)