05. SURFACE CHEMISTRY
SURFACE CHEMISTRY

21208 Which forms multimolecular layers during adsorption ?

1 Physical adsorption
2 Vander Waal's adsorption
3 Freundlich adsorption
4 All of these
SURFACE CHEMISTRY

21248 Sodium laurylsulphate has type

1 Anionic detergent
2 Cationic detergent
3 Unionic detergent
4 Artificial sweetner
SURFACE CHEMISTRY

21323 In electrophoresis the colloidal particles of starch

1 moves towards anode
2 moves towards cathode
3 \((A)\) and \((B)\) both
4 None of these
SURFACE CHEMISTRY

20783 Chemisorption

1 Involves the weak attractive interactions between adsorbent and adsorbate
2 Is irreversible in nature
3 Decreases with increase of temperature
4 Involves multilayer formation of adsorbent on adsorbate
SURFACE CHEMISTRY

20784 Chemisorption

1 Increases with temperature
2 Decreases with temperature
3 Remains unaffected by change of temperature
4 Either increases or decreases with temperature
SURFACE CHEMISTRY

21208 Which forms multimolecular layers during adsorption ?

1 Physical adsorption
2 Vander Waal's adsorption
3 Freundlich adsorption
4 All of these
SURFACE CHEMISTRY

21248 Sodium laurylsulphate has type

1 Anionic detergent
2 Cationic detergent
3 Unionic detergent
4 Artificial sweetner
SURFACE CHEMISTRY

21323 In electrophoresis the colloidal particles of starch

1 moves towards anode
2 moves towards cathode
3 \((A)\) and \((B)\) both
4 None of these
SURFACE CHEMISTRY

20783 Chemisorption

1 Involves the weak attractive interactions between adsorbent and adsorbate
2 Is irreversible in nature
3 Decreases with increase of temperature
4 Involves multilayer formation of adsorbent on adsorbate
SURFACE CHEMISTRY

20784 Chemisorption

1 Increases with temperature
2 Decreases with temperature
3 Remains unaffected by change of temperature
4 Either increases or decreases with temperature
SURFACE CHEMISTRY

21208 Which forms multimolecular layers during adsorption ?

1 Physical adsorption
2 Vander Waal's adsorption
3 Freundlich adsorption
4 All of these
SURFACE CHEMISTRY

21248 Sodium laurylsulphate has type

1 Anionic detergent
2 Cationic detergent
3 Unionic detergent
4 Artificial sweetner
SURFACE CHEMISTRY

21323 In electrophoresis the colloidal particles of starch

1 moves towards anode
2 moves towards cathode
3 \((A)\) and \((B)\) both
4 None of these
SURFACE CHEMISTRY

20783 Chemisorption

1 Involves the weak attractive interactions between adsorbent and adsorbate
2 Is irreversible in nature
3 Decreases with increase of temperature
4 Involves multilayer formation of adsorbent on adsorbate
SURFACE CHEMISTRY

20784 Chemisorption

1 Increases with temperature
2 Decreases with temperature
3 Remains unaffected by change of temperature
4 Either increases or decreases with temperature
SURFACE CHEMISTRY

21208 Which forms multimolecular layers during adsorption ?

1 Physical adsorption
2 Vander Waal's adsorption
3 Freundlich adsorption
4 All of these
SURFACE CHEMISTRY

21248 Sodium laurylsulphate has type

1 Anionic detergent
2 Cationic detergent
3 Unionic detergent
4 Artificial sweetner
SURFACE CHEMISTRY

21323 In electrophoresis the colloidal particles of starch

1 moves towards anode
2 moves towards cathode
3 \((A)\) and \((B)\) both
4 None of these
SURFACE CHEMISTRY

20783 Chemisorption

1 Involves the weak attractive interactions between adsorbent and adsorbate
2 Is irreversible in nature
3 Decreases with increase of temperature
4 Involves multilayer formation of adsorbent on adsorbate
SURFACE CHEMISTRY

20784 Chemisorption

1 Increases with temperature
2 Decreases with temperature
3 Remains unaffected by change of temperature
4 Either increases or decreases with temperature
SURFACE CHEMISTRY

21208 Which forms multimolecular layers during adsorption ?

1 Physical adsorption
2 Vander Waal's adsorption
3 Freundlich adsorption
4 All of these
SURFACE CHEMISTRY

21248 Sodium laurylsulphate has type

1 Anionic detergent
2 Cationic detergent
3 Unionic detergent
4 Artificial sweetner
SURFACE CHEMISTRY

21323 In electrophoresis the colloidal particles of starch

1 moves towards anode
2 moves towards cathode
3 \((A)\) and \((B)\) both
4 None of these
SURFACE CHEMISTRY

20783 Chemisorption

1 Involves the weak attractive interactions between adsorbent and adsorbate
2 Is irreversible in nature
3 Decreases with increase of temperature
4 Involves multilayer formation of adsorbent on adsorbate
SURFACE CHEMISTRY

20784 Chemisorption

1 Increases with temperature
2 Decreases with temperature
3 Remains unaffected by change of temperature
4 Either increases or decreases with temperature