- 1 1 At 1000k And A Total Pressure Of 1 013 105 H M The Interaction Of Carbon Monoxide And Iron Oxide P Leads To 1 (52.86 KiB) Viewed 24 times
1. 1. At 1000K and a total pressure of 1.013 * 105 H /m², the interaction of carbon monoxide and iron oxide (P) leads to
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1. 1. At 1000K and a total pressure of 1.013 * 105 H /m², the interaction of carbon monoxide and iron oxide (P) leads to
1. 1. At 1000K and a total pressure of 1.013 * 105 H /m², the interaction of carbon monoxide and iron oxide (P) leads to equilibrium, when the partial pressure of carbon monoxide is 265 mm Hg. Determine the direction of the process on the following values of the initial partial pressures of the components: Variant P(CO), H/m² P(0₂), H/m² 1 2,026*105 4,052*105 2 1,62*105 3,039*105 3 2,026*105 2,026*105 2. Calculate the enthalpy of melting of diphenylamine, if the melting of 1 kg of DFA accompanied by an increase in volume by 9.58 x 105 m³. Melting point DFA 54 ° C, molecular weight 169. dT / dp = 2.67 x 105 deg m²/H.
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