Difficult
From the given set of species,point out the species from each set having the least atomic/ionic radius:
$(A)$ $F^{-}, Na^{+}, Mg^{+2}$
$(B)$ $Ni, Cu, Zn$
$(C)$ $N^{-3}, Cs^{+}, H^{-}$
$(D)$ $Li, Li^{+}, Be^{+2}$
$(A)$ $F^{-}, Na^{+}, Mg^{+2}$
$(B)$ $Ni, Cu, Zn$
$(C)$ $N^{-3}, Cs^{+}, H^{-}$
$(D)$ $Li, Li^{+}, Be^{+2}$
- A$Mg^{+2}, Ni, Cs^{+}, Be^{+2}$
- B$Na^{+}, Cu, H^{-}, Li^{+}$
- C$Mg^{+2}, Zn, H^{-}, Be^{+2}$
- D$F^{-}, Ni, N^{-3}, Li$
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Similar Questions
The correct order of ionic radii for the given species is:
Match the elements in Column-$A$ with their correct atomic radii in Column-$B$ (in $pm$).
$A$. Element $B$. Atomic Radius $(pm)$ $A$. $Be$ $I$. $74$ $B$. $C$ $II$. $77$ $C$. $O$ $III$. $66$ $D$. $B$ $IV$. $88$ $E$. $N$ $V$. $111$
| $A$. Element | $B$. Atomic Radius $(pm)$ |
| $A$. $Be$ | $I$. $74$ |
| $B$. $C$ | $II$. $77$ |
| $C$. $O$ | $III$. $66$ |
| $D$. $B$ | $IV$. $88$ |
| $E$. $N$ | $V$. $111$ |
Medium
View SolutionThe ionic radius of $Rb^{+}$ and $I^{-}$ respectively is $1.46 \ \mathring{A}$ and $2.16 \ \mathring{A}$. The geometry of $RbI$ would be similar to
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View SolutionWhich of the following represents the incorrect order of ionic or atomic radii?
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View SolutionWhich element possesses the largest atomic radius?
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