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0.9 FA0 CA, k(1-x,) Q3: The volume of reactor is given by following expression: V = xp 19000 x using 120.35x, +143.75 With k 2.7 x10' exp(-6500/T) min 'and T = 325 + F40= = 1500 mol/min, CA,=2.5 mol.L, &=-0.2 Calculate the volume of the reactor using Simpsons rule with five points (4 steps).

0.9 FA0 CA, k(1-x,) Q3: The volume of reactor is given by following expression: V = xp 19000 x using 120.35x, +143.75 With k 2.7 x10' exp(-6500/T) min 'and T = 325 + F40= = 1500 mol/min, CA,=2.5 mol.L, &=-0.2 Calculate the volume of the reactor using Simpsons rule with five points (4 steps).

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0.9 dx k(1- x,) * A0 Q3: The volume of reactor is given by following expression: V = CA, 19000 xA With k = 2.7 x10' exp(-6500/T) min 'and T 325 + using 120.35x, +143.75 F40= 1500 mol/min, CA, 2.5 mol.L, =-0.2 Calculate the volume of the reactor using Simpsons rule with five points (4 steps).
Transcribed Image Text:0.9 dx k(1- x,) * A0 Q3: The volume of reactor is given by following expression: V = CA, 19000 xA With k = 2.7 x10' exp(-6500/T) min 'and T 325 + using 120.35x, +143.75 F40= 1500 mol/min, CA, 2.5 mol.L, =-0.2 Calculate the volume of the reactor using Simpsons rule with five points (4 steps).
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