Medium
Choose the correct order of atomic radii of fluorine and neon (in $pm$) out of the options given below and justify your answer.
- A$F < Ne$
- B$F > Ne$
- C$F = Ne$
- D$F \approx Ne$
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Similar Questions
Arrange the following elements in the increasing order of their atomic radii:
$(i)$ $O, N, F, B, Be, Li, C$
$(ii)$ $P, S, Mg, Na, Al, Si, Cl$
$(iii)$ $K, Na, Li, Cs, Rb$
$(iv)$ $Cl, F, I, At, Br$
$(i)$ $O, N, F, B, Be, Li, C$
$(ii)$ $P, S, Mg, Na, Al, Si, Cl$
$(iii)$ $K, Na, Li, Cs, Rb$
$(iv)$ $Cl, F, I, At, Br$
Medium
View SolutionMatch 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 SolutionWhich of the following has the smallest size?
Easy
View SolutionWhich of the following sequences is correct for the decreasing order of ionic radius?
The atomic radii $(pm)$ of $Al, Si, N$ and $F$ respectively are:
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