The following condition is satisfied by two different gases A and B: T(A)M(B)=T(B)M(A). where M(A) and M(B) represent molar masses of A and B respectively and M(A) is not equal to M(B). T(A) and T(B) are temperatures of A and B and are not equal. The property which can never have the same magnitude for A and B is:(i) rms velocity (ii) most probable velocity (iii) density (iv) KE per mole

The following condition is satisfied by two different gases A and B: T

1.	The following condition is satisfied by two different gases A and B: T(A)M(B)=T(B)M(A). where M(A) and M(B) represent molar masses of A and B respectively and M(A) is not equal to M(B). T(A) and T(B) are temperatures of A and B and are not equal. The property which can never have the same magnitude for A and B is:(i) rms velocity (ii) most probable velocity (iii) density (iv) KE per mole
Answer» The following condition is satisfied by two different gases A and B: T(A)M(B)=T(B)M(A). where M(A) and M(B) represent molar masses of A and B respectively and M(A) is not equal to M(B). T(A) and T(B) are temperatures of A and B and are not equal. The property which can never have the same magnitude for A and B is: (i) rms velocity (ii) most probable velocity (iii) density (iv) KE per mole