Calculate the equilibrium pressure (in Pascal) for the conversion of graphite to diamong at 25^(@)C. The densities of graphite and diamond may be takes to be 2.20 and 3.40 g//cc respectively independent of pressure. (Express your answer in scientific notation x xx10gamma and write the value of y.) [Given : DeltaG_(298)^(@)(C_("graphite") rarr C _("diamond"))=2900J//mol]

Calculate the equilibrium pressure (in Pascal) for the conversion of g

1.	Calculate the equilibrium pressure (in Pascal) for the conversion of graphite to diamong at 25^(@)C. The densities of graphite and diamond may be takes to be 2.20 and 3.40 g//cc respectively independent of pressure. (Express your answer in scientific notation x xx10gamma and write the value of y.) [Given : DeltaG_(298)^(@)(C_("graphite") rarr C _("diamond"))=2900J//mol]
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