Arrange the van der Waals constant a for the gases I C6H6(g) A. 0.217 II C6H5CH3(g) B. 5.464 III Ne(g) C. 18.000 IV H2O(g) D. 24.060

Question

Arrange the van der Waals constant a for the gases I C6H6(g) A. 0.217 II C6H5CH3(g) B. 5.464 III Ne(g) C. 18.000 IV H2O(g) D. 24.060 (A) (I) - (A), (II) - (D), (III) - (C), (IV) - (B) (B) (I) - (D), (II) - (A), (III) - (B), (IV) - (C) (C) (I) - (C), (II) - (D), (III) - (A), (IV) - (B) (D) (I) - (B), (II) - (C), (III) - (A), (IV) - (D)

Tardigrade Admin · Accepted Answer

a (i.e., the magnitude of attractive forces) increases with the size of the molecules. Thus, inert gases will have minimum value followed by H2O,C6H6 and C6H5CH3.

Q. Arrange the van der Waals constant a for the gases

I $C_{6} H_{6 (g)}$ A. 0.217

II $C_{6} H_{5} C H_{3 (g)}$ B. 5.464

III $N e_{(g)}$ C. 18.000

IV $H_{2} O_{(g)}$ D. 24.060

$(I) - (A), (II) - (D), (III) - (C), (I V) - (B)$

$(I) - (D), (II) - (A), (III) - (B), (I V) - (C)$

$(I) - (C), (II) - (D), (III) - (A), (I V) - (B)$

$(I) - (B), (II) - (C), (III) - (A), (I V) - (D)$

a (i.e., the magnitude of attractive forces) increases with the size of the molecules. Thus, inert gases will have minimum value followed by $H_{2} O, C_{6} H_{6}$ and $C_{6} H_{5} C H_{3}$ .

I	$C_{6} H_{6 (g)}$	A.	0.217
II	$C_{6} H_{5} C H_{3 (g)}$	B.	5.464
III	$N e_{(g)}$	C.	18.000
IV	$H_{2} O_{(g)}$	D.	24.060

Q. Arrange the van der Waals constant a for the gases I C6​H6(g)​ A. 0.217 II C6​H5​CH3(g)​ B. 5.464 III Ne(g)​ C. 18.000 IV H2​O(g)​ D. 24.060

(I)−(A),(II)−(D),(III)−(C),(IV)−(B)

(I)−(D),(II)−(A),(III)−(B),(IV)−(C)

(I)−(C),(II)−(D),(III)−(A),(IV)−(B)

(I)−(B),(II)−(C),(III)−(A),(IV)−(D)