TEMP C TEMP K pressure to pressure Atm corrected Po alpha K Ink delta G delta S delta H 1/T 20 293.15 947 1.24605263 365
Posted: Mon May 16, 2022 2:16 pm
Hi please help me understand this question at least. It is
confusing
TEMP C TEMP K pressure to pressure Atm corrected Po alpha K Ink delta G delta S delta H 1/T 20 293.15 947 1.24605263 365.280329 -0.98956 719.1436 6.578061 -16032.4 52.19401 -731.7 0.003411 28.3 301.45 103 0.13552632 40.8544079 -0.90668 70.45829| 4.255021 -10664.2 32.94898 -731.7 0.003317 36.3 309.45 116 0.15263158 47.2318421 -0.91928 83.18691 4.42109 -11374.4 34.39242 -731.7 0.003232 42.1 315.25 129 0.16973684 53.5095395 -0.92875 95.7228 4.561457 -11955.5 35.60293 -731.7 0.003172 50 323.15 141.8 0.18657895 60.2929868 -0.93677 109.2733 4.693852 -12610.8 36.76042 -731.7 0.003095 58.5 331.65 159.2 0.20947368 69.4719474 -0.94512 127.6143 4.849013 -13370.4 38.10845 -731.7 0.003015 67 340.15 197 0.25921053 88.1704605 -0.95676 164.9881 5.105873 -14439.4 40.29912 -731.7 0.00294 76.1 349.25 213 0.28026316 97.8819079 -0.96105 184.4024 5.21712 -15148.8 41.28008 -731.7 0.002863 85.4 358.55 257 0.33815789 121.246513 -0.96856 231.1168 5.442923 -16225.3 43.21174 -731.7 0.002789 92.8 365.95 286 0.37631579 137.712763 -0.97232 264.0419 5.576108 -16965.4 44.36031 -731.7 0.002733 120.1 393.25 348.4 0.45842105 180.274079 -0.97885 349.1518 5.855507 -19144.5 46.82203 -731.7 0.002543
Using your value of AH”, extrapolate K to the highest temperature recorded for determination of P, and see if complete dissociation is a valid assumption. How much error is introduced by this assumption? A possible complication at higher temperatures is the reaction 2NO, 2N0 + 02 Using thermodynamic tables, estimate the possible effect of this reaction on your results.
confusing
TEMP C TEMP K pressure to pressure Atm corrected Po alpha K Ink delta G delta S delta H 1/T 20 293.15 947 1.24605263 365.280329 -0.98956 719.1436 6.578061 -16032.4 52.19401 -731.7 0.003411 28.3 301.45 103 0.13552632 40.8544079 -0.90668 70.45829| 4.255021 -10664.2 32.94898 -731.7 0.003317 36.3 309.45 116 0.15263158 47.2318421 -0.91928 83.18691 4.42109 -11374.4 34.39242 -731.7 0.003232 42.1 315.25 129 0.16973684 53.5095395 -0.92875 95.7228 4.561457 -11955.5 35.60293 -731.7 0.003172 50 323.15 141.8 0.18657895 60.2929868 -0.93677 109.2733 4.693852 -12610.8 36.76042 -731.7 0.003095 58.5 331.65 159.2 0.20947368 69.4719474 -0.94512 127.6143 4.849013 -13370.4 38.10845 -731.7 0.003015 67 340.15 197 0.25921053 88.1704605 -0.95676 164.9881 5.105873 -14439.4 40.29912 -731.7 0.00294 76.1 349.25 213 0.28026316 97.8819079 -0.96105 184.4024 5.21712 -15148.8 41.28008 -731.7 0.002863 85.4 358.55 257 0.33815789 121.246513 -0.96856 231.1168 5.442923 -16225.3 43.21174 -731.7 0.002789 92.8 365.95 286 0.37631579 137.712763 -0.97232 264.0419 5.576108 -16965.4 44.36031 -731.7 0.002733 120.1 393.25 348.4 0.45842105 180.274079 -0.97885 349.1518 5.855507 -19144.5 46.82203 -731.7 0.002543
Using your value of AH”, extrapolate K to the highest temperature recorded for determination of P, and see if complete dissociation is a valid assumption. How much error is introduced by this assumption? A possible complication at higher temperatures is the reaction 2NO, 2N0 + 02 Using thermodynamic tables, estimate the possible effect of this reaction on your results.