A. Initial concentration of the reactants remains constant
B. Free energy of activation is lower
C. Entropy changes
D. Free energy of activation is higher
A. XA = k . t
B. [CA0/(1 + εA XA)] (dXA/dt) = k
C. -ln(1 – XA) = kt
D. εA . ln (1 – XA) = k . t
A. Axial dispersion
B. Flat velocity profile
C. Uniform mixing
D. None of these
A. 0
B. 1
C. 2
D. 3
A. K α √T.e-E/RT
B. K α eE/RT
C. K α e-E/RT
D. None of these
A. Is independent of pressure
B. Increases with pressure
C. Decreases with pressure
D. Increases /decreases with pressure depending on the stoichiometric co-efficients of the
reaction
2. CB is
A. 0
B. 1
C. 2
D. 3
A. Highest possible
B. Lowest possible
C. Intermediate
D. Room
A. Five reactor volumes of feed (at specified conditions) are being fed into the reactor per hour
B. After every 5 hours, reactor is being filled with the feed
C. Cent per cent conversion can be achieved in at least 5 hours
D. A fixed conversion of a given batch of feed takes 5 hours
A. 400
B. 500
C. 600
D. 1000