Adsorption
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CHXII05:SURFACE CHEMISTRY

320669 Separation of inert gases involves the process of

1 Adsorption
2 Absorption
3 Sorption
4 Chemisorption
CHXII05:SURFACE CHEMISTRY

320670 The process of froth floatation and chromatography are based on

1 Adsorption
2 Emulsification
3 Absorption
4 Both (1) & (2)
CHXII05:SURFACE CHEMISTRY

320671 Adsorption explains all the following except

1 Origin of charge on colloids
2 Decolourisation of sugar solution on charcoal
3 Efficiency of finely divided metals as catalyst
4 Action of enzymes
CHXII05:SURFACE CHEMISTRY

320804 The degree of adsorption of solution on solid surface depends on the concentration of solution:
\({\rm{(x/m) = k}}{{\rm{C}}^{{\rm{1/n}}}}\)
The condition required to get the following type of graph is
supporting img

1 \(\mathrm{C}=0\)
2 \(1 / \mathrm{n}=0\)
3 \(\mathrm{C}=\) Constant
4 \({\rm{C = 2n}}\)
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CHXII05:SURFACE CHEMISTRY

320669 Separation of inert gases involves the process of

1 Adsorption
2 Absorption
3 Sorption
4 Chemisorption
CHXII05:SURFACE CHEMISTRY

320670 The process of froth floatation and chromatography are based on

1 Adsorption
2 Emulsification
3 Absorption
4 Both (1) & (2)
CHXII05:SURFACE CHEMISTRY

320671 Adsorption explains all the following except

1 Origin of charge on colloids
2 Decolourisation of sugar solution on charcoal
3 Efficiency of finely divided metals as catalyst
4 Action of enzymes
CHXII05:SURFACE CHEMISTRY

320804 The degree of adsorption of solution on solid surface depends on the concentration of solution:
\({\rm{(x/m) = k}}{{\rm{C}}^{{\rm{1/n}}}}\)
The condition required to get the following type of graph is
supporting img

1 \(\mathrm{C}=0\)
2 \(1 / \mathrm{n}=0\)
3 \(\mathrm{C}=\) Constant
4 \({\rm{C = 2n}}\)
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CHXII05:SURFACE CHEMISTRY

320669 Separation of inert gases involves the process of

1 Adsorption
2 Absorption
3 Sorption
4 Chemisorption
CHXII05:SURFACE CHEMISTRY

320670 The process of froth floatation and chromatography are based on

1 Adsorption
2 Emulsification
3 Absorption
4 Both (1) & (2)
CHXII05:SURFACE CHEMISTRY

320671 Adsorption explains all the following except

1 Origin of charge on colloids
2 Decolourisation of sugar solution on charcoal
3 Efficiency of finely divided metals as catalyst
4 Action of enzymes
CHXII05:SURFACE CHEMISTRY

320804 The degree of adsorption of solution on solid surface depends on the concentration of solution:
\({\rm{(x/m) = k}}{{\rm{C}}^{{\rm{1/n}}}}\)
The condition required to get the following type of graph is
supporting img

1 \(\mathrm{C}=0\)
2 \(1 / \mathrm{n}=0\)
3 \(\mathrm{C}=\) Constant
4 \({\rm{C = 2n}}\)
For More Updates join with Us
CHXII05:SURFACE CHEMISTRY

320669 Separation of inert gases involves the process of

1 Adsorption
2 Absorption
3 Sorption
4 Chemisorption
CHXII05:SURFACE CHEMISTRY

320670 The process of froth floatation and chromatography are based on

1 Adsorption
2 Emulsification
3 Absorption
4 Both (1) & (2)
CHXII05:SURFACE CHEMISTRY

320671 Adsorption explains all the following except

1 Origin of charge on colloids
2 Decolourisation of sugar solution on charcoal
3 Efficiency of finely divided metals as catalyst
4 Action of enzymes
CHXII05:SURFACE CHEMISTRY

320804 The degree of adsorption of solution on solid surface depends on the concentration of solution:
\({\rm{(x/m) = k}}{{\rm{C}}^{{\rm{1/n}}}}\)
The condition required to get the following type of graph is
supporting img

1 \(\mathrm{C}=0\)
2 \(1 / \mathrm{n}=0\)
3 \(\mathrm{C}=\) Constant
4 \({\rm{C = 2n}}\)