It was measured that 25 of the total volume of 3 kmol of diatomic hydrogen gas (H2) is dissociated into monatomic hydrogen (H) Consider the reaction pressure to be 5 1 atm Use the attached table below to determine the temperature (i) Write the balanced molar reaction of dissociation (ii) Calculate the temperature at which the reaction equilibrium occurs Natural logarithms of the equilibrium constant K, PEP The equilibrium constant K, for the reaction v1A vgB vcC voD is defined as K, PX PX Temp , H2 24 O2 20 N2 2N H20 H2 1,0 H2O 2H2 OH CO CO 202N2 1 2O2 NO 298 164 005 186 975 367 480 92 208 106 208 103 762 35 052 500 92 827 105 630 213 372 52 691 60 281 57 616 20 295 1000 39 803 45 150 99 127 23 163 26 034 23 529 9 388 1200 30 874 35 005 80 011 18 182 20 283 17 871 7 569 1400 24 463 27 742 66 329 14 609 16 099 13 842 6 270 1600 19 637 22 285 56 055 11 921 13 066 10 830 5 294 1800 15 866 18 030 48 051 9 826 10 657 8 497 4 536 2000 12 840 14 622 41 645 8 145 8 728 6 635 3 931 2200 10 353 11 827 36 391 6 768 7 148 5 120 3 433 2400 8 276 9 497 32 011 5 619 5 832 3 860 3 019 2600 6 517 7 521 28 304 4 648 4 719 2 801 2 671 2800 5 002 5 826 25 117 3 812 3 763 1 894 2 372 3000 3 685 4 357 22 359 3 086 2 937 1 111 2 114 3200 2 534 3 072 19 937 2 451 2 212 0 429 1 888 3400 1 516 1 935 17 800 1 891 1 576 0 169 1 690 3600 0 609 0 926 15 898 1 392 1 088 0 701 1 513 3800 0 202 0 019 14 199 0 945 0 501 1 176 1 356 4000 0 934 0 796 12 660 0 542 0 044 1 599 1 216 4500 2 486 2 513 9 414 0 312 0 920 2 490 0 921 5000 3 725 3 895 6 807 0 996 1 689 3 197 0 686 5500 4 743 5 023 4 666 1 560 2 318 3 771 0 497 6000 5 590 5 963 2 865 2 032 2 843 4 245 0 341

Question

It was measured that 25   of the total volume of 3 kmol of diatomic hydrogen gas (H2) is dissociated into monatomic hydrogen (H)  Consider the reaction pressure to be 5 1 atm  Use the attached table below to determine the temperature  (i) Write the balanced molar reaction of dissociation  (ii) Calculate the temperature at which the reaction equilibrium occurs  Natural logarithms of the equilibrium constant K, PEP The equilibrium constant K, for the reaction v1A   vgB   vcC   voD is defined as K, PX PX Temp , H2   24 O2   20 N2   2N H20  H2   1,0 H2O   2H2   OH CO CO    202N2   1 2O2   NO 298  164 005  186 975  367 480  92 208  106 208   103 762  35 052 500  92 827  105 630  213 372  52 691  60 281  57 616  20 295 1000  39 803  45 150  99 127  23 163  26 034  23 529  9 388 1200  30 874  35 005  80 011  18 182  20 283  17 871  7 569 1400  24 463  27 742  66 329   14 609   16 099  13 842  6 270 1600   19 637  22 285  56 055  11 921  13 066  10 830  5 294 1800   15 866  18 030  48 051  9 826  10 657  8 497  4 536 2000  12 840  14 622  41 645  8 145  8 728  6 635  3 931 2200  10 353  11 827  36 391  6 768  7 148  5 120  3 433 2400  8 276  9 497  32 011  5 619  5 832  3 860  3 019 2600  6 517  7 521  28 304  4 648  4 719  2 801  2 671 2800  5 002  5 826  25 117  3 812  3 763  1 894  2 372 3000  3 685  4 357  22 359  3 086  2 937  1 111  2 114 3200  2 534  3 072  19 937  2 451  2 212  0 429  1 888 3400  1 516  1 935  17 800  1 891  1 576 0 169  1 690 3600  0 609  0 926   15 898  1 392  1 088 0 701  1 513 3800 0 202  0 019   14 199  0 945  0 501 1 176  1 356 4000 0 934 0 796  12 660  0 542  0 044 1 599  1 216 4500 2 486 2 513  9 414 0 312 0 920 2 490  0 921 5000 3 725 3 895  6 807 0 996 1 689 3 197  0 686 5500 4 743 5 023  4 666 1 560 2 318 3 771  0 497 6000 5 590 5 963  2 865 2 032 2 843 4 245  0 341

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It was measured that 25 % of the total volume of 3 kmol of diatomic hydrogen gas (H2) is dissociated into monatomic hydrogen (H). Consider

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