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Shown here is a table of the vapor pressure of Vapor Pressure (kPa) benzene and toluene. Temperature (°C) Benzene Toluene 85 116.9 46.0 Estimate the heat of vaporization of benzene and of toluene at 85 °C and at 105 °C using the highest order of accuracy possible. Heat of vaporization can be calculated using the Clausius-Clapeyron 90 135.5 54.0 95 155.7 63.3 100 179.2 74.3 Relation: 105 204.2 86.0 d In P ΔΗ dT RT2

Shown here is a table of the vapor pressure of Vapor Pressure (kPa) benzene and toluene. Temperature (°C) Benzene Toluene 85 116.9 46.0 Estimate the heat of vaporization of benzene and of toluene at 85 °C and at 105 °C using the highest order of accuracy possible. Heat of vaporization can be calculated using the Clausius-Clapeyron 90 135.5 54.0 95 155.7 63.3 100 179.2 74.3 Relation: 105 204.2 86.0 d In P ΔΗ dT RT2

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Need asap. Solve using numerical differentiation. The table for numerical diff is already given

Shown here is a table of the vapor pressure of Vapor Pressure (kPa) benzene and toluene. Temperature (°C) Benzene Toluene 85 116.9 46.0 Estimate the heat of vaporization of benzene and of toluene at 85 °C and at 105 °C using the highest order of accuracy possible. Heat of vaporization can be calculated using the Clausius-Clapeyron 90 135.5 54.0 95 155.7 63.3 100 179.2 74.3 Relation: 105 204.2 86.0 d In P ΔΗ dT RT2
Transcribed Image Text:Shown here is a table of the vapor pressure of Vapor Pressure (kPa) benzene and toluene. Temperature (°C) Benzene Toluene 85 116.9 46.0 Estimate the heat of vaporization of benzene and of toluene at 85 °C and at 105 °C using the highest order of accuracy possible. Heat of vaporization can be calculated using the Clausius-Clapeyron 90 135.5 54.0 95 155.7 63.3 100 179.2 74.3 Relation: 105 204.2 86.0 d In P ΔΗ dT RT2
Derivative Accuracy 1 3 7 -1 1 -3/2 21 -1/2 3 -11/6 3 -3/2 1/3 -25/12 4/3 -1/4 -137/60 -5 10/3 -5/4 1/5 9. -49/20 -15/2 20/3 -15/4 6/5 -1/6 1 -2 2 2 05 4 -1 35/12 -26/3 19/2 -14/3 11/12 4 15/4 -77/6 107/6 -13 61/12 -5/6 203/45 -87/5 117/4 -254/9 33/2 -27/5 137/180 469/90 -223/10 879/20 -949/18 41 -201/10 1019/180 -7/10 -1 3. -3 1 -5/2 9 -12 -3/2 -17/4 71/4 -59/2 49/2 -41/4 7/4 3. -49/8 29 -461/8 62 -307/8 13 -15/8 4 -967/120 638/15 -3929/40 389/3 -2545/24 268/5 -1849/120 29/15 -801/80 349/6 -18353/120 2391/10 -1457/6 4891/30 -561/8 527/30 -469/240 6. 2.
Transcribed Image Text:Derivative Accuracy 1 3 7 -1 1 -3/2 21 -1/2 3 -11/6 3 -3/2 1/3 -25/12 4/3 -1/4 -137/60 -5 10/3 -5/4 1/5 9. -49/20 -15/2 20/3 -15/4 6/5 -1/6 1 -2 2 2 05 4 -1 35/12 -26/3 19/2 -14/3 11/12 4 15/4 -77/6 107/6 -13 61/12 -5/6 203/45 -87/5 117/4 -254/9 33/2 -27/5 137/180 469/90 -223/10 879/20 -949/18 41 -201/10 1019/180 -7/10 -1 3. -3 1 -5/2 9 -12 -3/2 -17/4 71/4 -59/2 49/2 -41/4 7/4 3. -49/8 29 -461/8 62 -307/8 13 -15/8 4 -967/120 638/15 -3929/40 389/3 -2545/24 268/5 -1849/120 29/15 -801/80 349/6 -18353/120 2391/10 -1457/6 4891/30 -561/8 527/30 -469/240 6. 2.
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