wanabe Posted October 17, 2010 Share Posted October 17, 2010 The Problems: The following pictures are my work for the problems(in order) Thank you for your time. Link to comment Share on other sites More sharing options...
The Foot Tapper Posted October 22, 2010 Share Posted October 22, 2010 I rearranged the ideal gas equation (PV = nRT) to make P the subject, put quantities in their appropriate units and got the pressure as 3.5x106 Pa; with partial pressures of (H2) 2.1x106 Pa and (He) 1.5x106 Pa. Link to comment Share on other sites More sharing options...
alpha2cen Posted November 7, 2010 Share Posted November 7, 2010 A) Assume ideal gas, temperature is equilibrium after mixing. n=PV/RT n_A + n_B =n_T multiply RT both side. P_A V_A + P_B V_B = P_T (V_A + V_B) (8.4atm)(45.6L) + (9.60atm)(V_B) = (8.75atm) (45.6L + V_B ) V_B=? Other --> think over Link to comment Share on other sites More sharing options...
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