To an evacauted `504.2 mL` steel container is added `25 g CaCO_(3)` and the temperature is raised to `1500K` causing a complete decomposition of the salt. If the density of `CaO` formed is `3.3 g//cc`, find the accurate pressure developed in the container using the Van der waals equation of state. The van der waals constants for `CO_(2)(g)` are `a = 4 (L^(2)-atm)/(mol^(@)), b = 0.04 (L)/(mol). (ca-40, C -12 ,O -16)`. Report your answer as nearest whole number.

To an evacauted `504.2 mL` steel container is added `25 g CaCO_(3)` an

1.	To an evacauted `504.2 mL` steel container is added `25 g CaCO_(3)` and the temperature is raised to `1500K` causing a complete decomposition of the salt. If the density of `CaO` formed is `3.3 g//cc`, find the accurate pressure developed in the container using the Van der waals equation of state. The van der waals constants for `CO_(2)(g)` are `a = 4 (L^(2)-atm)/(mol^(@)), b = 0.04 (L)/(mol). (ca-40, C -12 ,O -16)`. Report your answer as nearest whole number.
Answer» Correct Answer - 62 atm

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