If for two gases of molecular weights `M_(A)` and `M_(B)` at temperature `T_(A)` and `T_(B)`, respectively, `T_(A)M_(B)=T_(B)M_(A)`, then which property has the same magnitude for both the gases?

If or two gases of molecular weights M_(A) and M_(B) at temperature T_(A) and T_(B) , T_(A)M_(B)=T_(B)M_(A) , then which of the following properties has the same magnitude for both the gases? (a) Density (b) Pressure (c) KE per mole (d) u_(rms)

If two gases of molecular weights M_A and M_B at temperature T_A and T_B are taken such that, T_AM_B = T_BM_A , then which property has the same magnitude for both the gases.

If two gases of moleuclar weight M_(1) and M_(2) at temperature T_(1) and T_(2), T_(1)M_(2)=T_(2)M_(1) , then which property has the same magnitude of both the gases?

If for two gases of molecular weight M_A and M_B at temperature T_A and T_B, T_AM_B = T_BM_A , then which property has the same magnitude for both the gases :

Equal volumes of two different gases 1 and 2 with respective molecular masses M_(1) and M_(2) are the same temperature (T) and pressure (P) , if M_(1) gt M_(2) , then which of the following is true regarding the number of molecules (N) ?