A. Increase
B. Increase exponentially
C. Decrease
D. Remain unchanged
A. Temperature is increased
B. Pressure is reduced
C. Temperature is increased and pressure is reduced
D. Temperature is reduced and pressure is increased
A. k cal
B. k cal/°K
C. °K
D. k cal. °K
A. Use high pressure and eliminate inerts, when a > b
B. Avoid recycle, when a > b
C. Use batch reactor or plug flow reactor, when a > b
D. Use CSTR with a high conversion, when a > b
A. Only chemical
B. Only physical
C. Both A. & B.
D. Neither A. nor B.
A. Double
B. Triple
C. Equal to
D. None of these
A. Of very large activation energy of many bodies
B. Of low probability of many body collisions
C. Many body collisions are not favoured energetically
D. Of requirement of very large concentration for such reactions
A. Equilibrium constant
B. Activation energy
C. Final products
D. Heat of reaction
A. Lack of intraparticle diffusion resistance
B. Presence of two mobile phases
C. Both A. and B.
D. Neither A. nor B.
AA. Maxima in the concentration of A
B. Maxima in the concentration of B
C. Maxima in the concentration of C
D. High exothermicity