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Calculate the specific volume, α (cm3/gm), using the following equation and the values of constants and conversion factors provided.                     α = (RT)/p            Where R = 2.8704 x 106 erg/gm(˚K),  T = 10˚C, and p = 1000 millimars (mb).          All of the conversion factors you will need are:                     1 mb = 103 dynes/cm2                     ˚K = 273˚ + ˚C                     erg = dyne(cm)   a. α = 8.123 x 109 cm3/gm   b. α = 8.123 x 102 cm3/gm   c. α = 2.8704 x 104 cm3/gm   d. α = 2.8704 x 106 cm3/gm

Calculate the specific volume, α (cm3/gm), using the following equation and the values of constants and conversion factors provided.                     α = (RT)/p            Where R = 2.8704 x 106 erg/gm(˚K),  T = 10˚C, and p = 1000 millimars (mb).          All of the conversion factors you will need are:                     1 mb = 103 dynes/cm2                     ˚K = 273˚ + ˚C                     erg = dyne(cm)   a. α = 8.123 x 109 cm3/gm   b. α = 8.123 x 102 cm3/gm   c. α = 2.8704 x 104 cm3/gm   d. α = 2.8704 x 106 cm3/gm

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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  1. Calculate the specific volume, α (cm3/gm), using the following equation and the values of constants and conversion factors provided.

                        α = (RT)/p


     


             Where R = 2.8704 x 106 erg/gm(˚K),  T = 10˚C, and p = 1000 millimars (mb).


             All of the conversion factors you will need are:


                        1 mb = 103 dynes/cm2


                        ˚K = 273˚ + ˚C


                        erg = dyne(cm)

      a.

    α = 8.123 x 109 cm3/gm
      b.

    α = 8.123 x 102 cm3/gm
      c.

    α = 2.8704 x 104 cm3/gm
      d.

    α = 2.8704 x 106 cm3/gm
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