For the reaction N2(g) + 3 H2(g) = 2 NH3(g), what is AG (in kJ) at 298 K when the pressures of the gases are: P(N2) = 2.

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For The Reaction N2 G 3 H2 G 2 Nh3 G What Is Ag In Kj At 298 K When The Pressures Of The Gases Are P N2 2 1 (23.65 KiB) Viewed 9 times

For The Reaction N2 G 3 H2 G 2 Nh3 G What Is Ag In Kj At 298 K When The Pressures Of The Gases Are P N2 2 2 (84.1 KiB) Viewed 9 times

For The Reaction N2 G 3 H2 G 2 Nh3 G What Is Ag In Kj At 298 K When The Pressures Of The Gases Are P N2 2 3 (92 KiB) Viewed 9 times

For the reaction N2(g) + 3 H2(g) = 2 NH3(g), what is AG (in kJ) at 298 K when the pressures of the gases are: P(N2) = 2.3; P(H2) = 97 atm; P(NH3) = 1.4 x 105 atm? O-90.2 O-62.7 O-33.0 O +24.2. 0-57.8

AG; (kJ/mol) at 25°C AH; Sº (kJ/mol) (kJ/K-mol) AG (kJ/mol ) at 25°C AH; sº (kJ/mol) (KJ/K.mol) H2S (g) H2SO (0) Hg(e) HgO(s) 12 (8) K(S) KBr (s) KCl (s) KCIO, (S) KCIO4(s) KNO3 () Mg(s) MgCl2 (5) MgCO3 (3) Mgo(s) Mg(OH)2 (3) MgSO4(s) Mn(s) Mno(s) MnO2 (s) N2(g) NH3(g) NHCl(s) NH«NO, (s) N2 Hall) NO (9) NO2 (g) -20.6 +0.2057 -814.0 +0.1569 0.0 +0.0760 -90.8 +0.0703 0.0 +0.1161 0.0 +0.0642 -393.8 +0.0959 -436.7 +0.0826 -397.7 +0.1431 -432.8 +0.1510 -369.8 +0.1330 0.0 +0.0327 -641.3 +0.0896 -1095.8 +0.0657 -601.7 +0.0269 -924.5 +0.0632 -1284.9 +0.0916 0.0 +0.0320 -385.2 +0.0597 -520.0 +0.0530 0.0 +0.1915 -46.1 +0.1923 -314.4 +0.0946 -365.6 +0.1511 +50.6 +0.1212 +90.2 +0.2107 +33.2 +0.2400 -33.6 -690.1 0.0 -58.6 0.0 0.0 -380.7 -409.1 -296.3 -303.2 -394.9 0.0 -591.8 -1012.1 -569.4 -833.6 -1170.7 0.0 -362.9 -465.2 0.0 -16.5 -203.0 -184.0 +149.2 +86.6 +51.3 N204 (9) Na(s) NaCl(s) NaF (s) NaOH(s) Ni (s) NiO(s) O2(g) P(S) PC1, (g) PC1s(g) Pb (S) PbBra(s) PbCl2(s) PbO(s) PbO2 (s) S(s) SO2 (g) So, (g) Si (3) SiO2 (s) Sn(s) SnO2 (s) Zn(s) Zn12(s) Zno(s) 2ns (s) +9.2 +0.3042 +97.9 0.0 +0.0512 0.0 -411.2 +0.0721 -384.2 -573.6 +0.0515 -543.5 -425.6 +0.0645 -379.5 0.0 +0.0299 0.0 -239.7 +0.0380 -211.7 0.0 +0.2050 0.0 0.0 +0.1644 0.0 -287.0 +0.3117 -267.8 -374.9 +0.3645 -305.0 0.0 +0.0648 0.0 -278.7 +0.1615 - 261.9 -359.4 +0.1360 -314.1 -219.0 +0.0665 -188.9 -277.4 +0.0686 -217.4 0.0 +0.0318 0.0 -296.8 +0.2481 -300.2 -395.7 +0.2567 -371.1 0.0 +0.0188 0.0 -910.9 +0.0418 -856.7 0.0 +0.0516 0.0 -580.7 +0.0523 -519.6 0.0 +0.0416 0.0 -208.0 +0.1611 -209.0 -348.3 +0.0436 -318.3 - 206.0 +0.0577 -201.3

AG Sº AG; AH S (kJ/mol ) (kJ/mol) (kJ/K.mol) at 25°c 0.0 Ag (8) 0.0 +0.0426 -100.4 AgBr(s) -96.9 +0.1071 Agcl(s) -127.1 +0.0962 -109.8 -61.8 AgI (s) -66.2 +0.1155 -124.4 AgNO3() -33.4 +0.1409 -31.0 Ag20(s) - 11.2 +0.1213 Al(s) 0.0 +0.0283 0.0 Al2O3 (3) -1675.7 +0.0509 -1582.3 Ba (3) 0.0 +0.0628 0.0 BaCl2(s) -858.6 +0.1237 -810.4 BaCO3(s) -1216.3 +0.1121 -1137.6 BaO (s) -553.5 +0.0704 -525.1 BaSO4(s) -1473.2 +0.1322 -1362.3 Bra(e) 0.0 +0.1522 0.0 C(s) 0.0 +0.0057 0.0 ccl.(l) -135.4 +0.2164 -65.3 CHC13(e) -134.5 +0.2017 -73.7 CH4 (9) -74.8 +0.1862 -50.7 C2H2 (9) +226.7 +0.2008 +217.1 C2H4 (9) +52.3 +0.2195 +68.1 C2H6 (5) -84.7 +0.2295 -32.9 C3Hg (g) -103.8 +0.2699 -23.5 CH3OH (0) -238.7 +0.1268 -166.3 C2H5OH (l) -277.7 +0.1607 -174.9 co(g) -110.5 +0.1976 -137.2 CO2 (g) -393.5 +0.2136 -394.4 Ca (s) 0.0 +0.0414 0.0 CaCl2(S) -795.8 +0.1046 -748.1 Caco, (s) Cao(s) Ca (OH)2 (5) CaSO4(s) cd (s) CdCla(s) Cl2(g) Cr(s) Cr2O3(s) Cu(s) Cuo(s) Cuzo(s) Cus(s) Cuzs(s) CuSO4(s) E2(g) Fe(s) Fe(OH)3(s) Fe2O3(s) Fe3O4(s) H2(g) HBr (g) HC1 (g) HE () HI(g) HNO3 (1) H20 (g) H2010) ΔΗ; (kJ/mol) (kJ/K mol) -1206.9 +0.0929 -635.1 +0.0398 -986.1 +0.0834 -1434.1 +0.1067 0.0 +0.0518 -391.5 +0.1153 0.0 +0.2230 0.0 +0.0238 -1139.7 +0.0812 0.0 +0.0332 -157.3 +0.0426 -168.6 +0.0931 -53.1 +0.0665 -79.5 +0.1209 -771.4 +0.1076 0.0 +0.2027 0.0 +0.0273 -823.0 +0.1067 -824.2 +0.0874 -1118.4 +0.1464 0.0 +0.1306 -36.4 +0.1986 -92.3 +0.1868 -271.1 +0.1737 +26.5 +0.2065 -174.1 +0.1556 -241.8 +0.1887 -285.8 +0.0699 (kJ/mol) at 25°C -1128.8 -604.0 -898.5 -1321.8 0.0 -344.0 0.0 0.0 -1058.1 0.0 -129.7 -146.0 -53.6 -86.2 -661.9 0.0 0.0 -696.6 -742.2 -1015.5 0.0 -53.4 -95.3 -273.2 +1.7 -80. -228. -237.