| (i) IF atom |
| (ii) IN atom |
| (iii) 1 0 atoms |
| (iv) 1 H atom |
A) \[\left( i \right)>\left( iii \right)>\left( iv \right)>\left( ii \right)\]
B) \[\left( iv \right)<\left( ii \right)<\left( iii \right)<\left( i \right)\]
C) \[\left( i \right) > \left( iii \right) > \left( ii \right) > \left( iv \right)\]
D) \[\left( iii \right)>\left( i \right)>\left( ii \right)>\left( iv \right)\]
Correct Answer: C
Solution :
Mass of \[1 F atom =\frac{19}{6.023\times {{10}^{23}}}\] (since At. wt. of \[F=19\]) \[\operatorname{Mass} of 1 N atom =\frac{14}{6.023\times {{10}^{13}}}\] \[\operatorname{Mass} of 1 H atom =\frac{1}{6.023\times {{10}^{23}}}\] \[\operatorname{Mass} of 1 O atom =\frac{16}{6.023\times {{10}^{23}}}\] \[\operatorname{i} > iii > ii > iv\]
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