"Catalytic Properties,Trends in Electrode Potential Values , Alloy Formation,Interstitial Compound,Preparation and Properties OF K2Cr2O7 "

Properties OF Transition Element|| Melting Point and Boiling Point||Oxidation||Electrode Potential||Magnetic Behaviour|| Formation OF Interstitial Compounds|| Catalytic Properties|| Formation OF Non Stoichiometric Compounds||Complex & Alloy Formation

Properties|Formation of Intersitial Compounds|Trends In M2+/ Stndard Electrode Potentials|Summary

Properties|Formation of Intersitial Compounds|Trends In M2+/ Stndard Electrode Potentials|Summary

Properties|Formation of Intersitial Compounds|Trends In M2+/ Stndard Electrode Potentials|Summary

OS || Oxides and Halides || Catalytic Properties || Interstitial Compounds || Alloy Formation

Due to availability of vacant orbitals of sufficiently low energy, d-block elements form complexes, d-block elements have different properties such as-catalytic, magnetic, alloy formation, interistitial compounds formation. Interistitial compounds are those compound in which small atoms like carbon and boron fits into interistices of d-block elements crystal. in interistitial compounds, there is no chemical bond formation. chemcial properties remain almost same but physical properties may change. Q. Which of the property of interistitial compounds has the same behaviour as that of the elements?

Due to availability of vacant orbitals of sufficiently low energy, d-block elements form complexes, d-block elements have different properties such as-catalytic, magnetic, alloy formation, interistitial compounds formation. Interistitial compounds are those compound in which small atoms like carbon and boron fits into interistices of d-block elements crystal. in interistitial compounds, there is no chemical bond formation. chemcial properties remain almost same but physical properties may change. Q. Select correct statement.

Reaction of aniline with K_2Cr_2O_7 gives

Due to availability of vacant orbitals of sufficiently low energy, d-block elements form complexes, d-block elements have different properties such as-catalytic, magnetic, alloy formation, interistitial compounds formation. Interistitial compounds are those compound in which small atoms like carbon and boron fits into interistices of d-block elements crystal. in interistitial compounds, there is no chemical bond formation. chemcial properties remain almost same but physical properties may change. Q. Which of the following property gets decreased in interistitial compounds compared to that of the element?

preparation of K2Cr2O7 and related structure