Chemical Engineering :: Chemical Reaction Engineering
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Photochemical reaction rate does not depend significantly on temperature, because
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A CSTR is to be designed in which an exothermic liquid phase first order reaction of the type, A
R, is taking place. The reactor is to be provided with a jacket in which coolant is flowing. Following data is given: CA0= 5 kmole/m3 ; XA = 0.5; Feed temperature = reactor temperature = 40°C. Rate constant at 40°C = 1 min-1 ; (ΔH) = - 40kJ/mole; ρ = 1000kg/m3 CP = 4 J/gm.°C ; q = 10-3 m3/min (ρ and CP are same for the reactant and product streams). The amount of heat to be removed is -
According to the 'law of mass action', the rate of reaction is directly proportional to the
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For an ideal gas mixture undergoing a reversible gaseous phase chemical reaction, the equilibrium constant
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In the reversible reaction of the type, A + B
AB, in general -
A batch reactor is
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For an isothermal second order aqueous phase reaction, A
B, the ratio of the time required for 90% conversion to the time required for 45% conversion is -
A chemical reaction is of zero order, when the reaction rate is (where, CA = concentration of reactant)
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A.
both forward and backward reactions will be exothermic.
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B.
neither of the reactions will be en-dothermic.
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C.
the combination reaction will be exothermic, while the dissociation reaction will be endothermic.
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D.
the combination reaction will be endothermic, while the dissociation reaction will be exothermic.
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