a and b are van der Waals' constants for gases. Chlorine is more easily liquefied than ethane because

Question

a and b are van der Waals' constants for gases. Chlorine is more easily liquefied than ethane because (A) a and b for Cl 2 >a and b for C 2 H 6 (B) a and b for Cl 2< a and b for C 2 H 6 (C) a for Cl 2 >a for C 2 H 6 but b for Cl 2 >b for C 2 H 6 (D) a for Cl 2 >a for C 2 H 6 but b for Cl 2< b for C 2 H 6

Tardigrade Admin · Accepted Answer

' a ' for Cl 2 >a for C 2 H 6 but b for Cl 2< b for C 2 H 6. Since, there is stronger intermolecular interaction present in Cl 2, it is more easily liquefied.

Q. $a$ and $b$ are van der Waals' constants for gases. Chlorine is more easily liquefied than ethane because

$a$ and $b$ for $C l_{2} > a$ and $b$ for $C_{2} H_{6}$

$a$ and $b$ for $C l_{2} < a$ and $b$ for $C_{2} H_{6}$

$a$ for $C l_{2} > a$ for $C_{2} H_{6}$ but $b$ for $C l_{2} > b$ for $C_{2} H_{6}$

$a$ for $C l_{2} > a$ for $C_{2} H_{6}$ but $b$ for $C l_{2} < b$ for $C_{2} H_{6}$

' $a$ ' for $C l_{2} > a$ for $C_{2} H_{6}$ but $b$ for $C l_{2} < b$ for $C_{2} H_{6}$ . Since, there is stronger intermolecular interaction present in $C l_{2}$ , it is more easily liquefied.

Q. a and b are van der Waals' constants for gases. Chlorine is more easily liquefied than ethane because

a and b for Cl2​>a and b for C2​H6​

a and b for Cl2​<a and b for C2​H6​

a for Cl2​>a for C2​H6​ but b for Cl2​>b for C2​H6​

a for Cl2​>a for C2​H6​ but b for Cl2​<b for C2​H6​