Air can oxidize sodium sulphite in eq. solution but cannot do so in th – InterviewSolution

InterviewSolution

1.	Air can oxidize sodium sulphite in eq. solution but cannot do so in the case of sodium arsenite. If however, air is passed through a solution containing both sodium sulphite & sodium arsenite then both are oxidized. This is an example of :-A. Positive catalysisB. Negative catalysisC. Induced catalysisD. Auto catalysis
Answer» Correct Answer - C

Discussion

No Comment Found

Related InterviewSolutions

The blue colour of the sky is duo toA. scattering of light due to the ozone layerB. scattering of light from the sunC. scattering of light from particles of dust in the atmosphereD. all of these
How do micelles differ from a normal colloidal solutions ?
Peptization is a process of :A. precipitation of colloidal particlesB. purification of colloidsC. dispersing precipitate into colloidal solsD. movement of colloidal particles in the electrical field
peptization involves :A. precipitation of colloidal particlesB. disintegration of colloidal aggregatesC. purifiction of colloidsD. impact of molecules of the dispersion medium on the colloidal particles
Peptization is a process of :A. precipitating colloidal particlesB. purifying colloidal particlesC. dispersing the precitiate into colloidal stateD. none of these
Substances that form aggerated particles (micelles) at higher concentration are known asA. associated colloidsB. lyophilic colloidsC. multimolecular colloidsD. lyophobic colloids
What is Peptization ?
What is meant by the term peptization?
What are miclells? How do they differ from ordianry cordinary colloidal particles? Give two examples of micelles-forming substances.
State Hardy schulze rule.