A. Extracting solvent is cheaply & abundantly available
B. One of the liquid components is heat sensitive
C. Viscosity of liquid components is very high
D. One of the liquid components has very high affinity towards the solvent
A. Extracting solvent is cheaply & abundantly available
B. One of the liquid components is heat sensitive
C. Viscosity of liquid components is very high
D. One of the liquid components has very high affinity towards the solvent
A. Increases
B. Decreases
C. Remains unchanged
D. Depends on relative volatility
A. Separation of uranium oxide from its ore by H2SO4 in a Pachuca tank
B. Separation of sugar from sugar beet by hot water
C. Dissolution of tannin out of tree barks by water
D. Recovery of vegetable oils from seeds
A. Increases
B. Decreases
C. Remains same
D. Either A. or B., depends on the system
A. Increases
B. Decreases
C. Remains same
D. Either A. or B., depends on the system
A. Bone charcoal
B. Wood charcoal
C. Silica gel
D. Activated clay
A. High pressure drop
B. Maldistribution of liquid
C. Non-uniformity of packing
D. Both B. and C.
A. T1-Dew point temp; T2-Dry bulb temp; T3-Wet bulb temp
B. T1-Dew point temp; T2-Wet bulb temp; T3-Dry bulb temp
C. T1-Wet bulb temp; T2-Dry bulb temp; T3-Dew point temp
D. T1-Dry bulb temp; T2-Wet bulb temp; T3-Dew point temp
A. 1
B. > 1
C. < 1
D. 0.5
A. Sieve plate column
B. Bubble cap column
C. Randomly packed column
D. Wetted wall column