Transition metal ions form interstitial compounds because...
- AThey have interstitial spaces in their crystal lattices.
- BThey possess empty $d$-orbitals.
- CThey have high values of ionic potential.
- DThey exhibit variable oxidation states.
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Similar Questions
The electronic configurations of four elements are:
$(i) \; [Xe] \; 6s^1$
$(ii) \; [Xe] \; 4f^{14}5d^16s^2$
$(iii) \; [Ne] \; 3s^23p^5$
$(iv) \; [Ar] \; 3d^74s^2$
Which one of the following statements about these elements is not true?
$(i) \; [Xe] \; 6s^1$
$(ii) \; [Xe] \; 4f^{14}5d^16s^2$
$(iii) \; [Ne] \; 3s^23p^5$
$(iv) \; [Ar] \; 3d^74s^2$
Which one of the following statements about these elements is not true?
Medium
View SolutionIn chromyl chloride,the number of $d$-electrons present on chromium is same as in (Given atomic number of $Ti = 22, V = 23, Cr = 24, Mn = 25, Fe = 26$)
Which of the following rules must be followed to form an alloy?
Easy
View Solution$3d^{10}4s^0$ electronic configuration is exhibited by
Easy
View SolutionWhich one of the following ions exhibits the highest magnetic moment?
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