The graphs representing distribution of molecular speeds at 300 K for gases Cl 2 and N 2 are as shown in figure (atomic mass N =14, Cl =35.5)

Question

The graphs representing distribution of molecular speeds at 300 K for gases Cl 2 and N 2 are as shown in figure (atomic mass N =14, Cl =35.5) <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/77fa74fca1f096e607aa36ccfee7bd75-.png" /> (A) I graph is for N 2 and II is for Cl 2 (B) II graph is for N 2 and I is for Cl 2 (C) either graph can be taken for N 2 or Cl 2 (D) information is not sufficient.

Tardigrade Admin · Accepted Answer

Molecular weight of Cl2 is more than molecular weight of N 2.

Q. The graphs representing distribution of molecular speeds at $300 K$ for gases $C l_{2}$ and $N_{2}$ are as shown in figure (atomic mass $N = 14, Cl = 35.5)$

I graph is for $N_{2}$ and II is for $C l_{2}$

II graph is for $N_{2}$ and $I$ is for $C l_{2}$

either graph can be taken for $N_{2}$ or $C l_{2}$

information is not sufficient.

Molecular weight of $C l^{2}$ is more than molecular weight of $N_{2}$ .

Q. The graphs representing distribution of molecular speeds at 300K for gases Cl2​ and N2​ are as shown in figure (atomic mass N=14,Cl=35.5)

I graph is for N2​ and II is for Cl2​

II graph is for N2​ and I is for Cl2​

either graph can be taken for N2​ or Cl2​