Two flasks A and B have equal volumes. A is maintained at 300 K and B at 600 K. A contains `H_(2)` gas, B has an equal mass of `CO_(2)` gas. Find the ratio of total K.E. of gases in flask A to that of B.
Two flasks A and B have equal volume. A is maintained at 300 K and B at 600 K . While A contains H_(2) gas, B has an equal mass of CH_(4) gas. Assuming ideal behaviour for both the gases, which of the following statement is true about the velocities of molecules?
Two flasks A and B have equal volume. A is maintained at 300 K and B at 600 K . While A contains H_(2) gas, B has an equal mass of CH_(4) gas. Assuming ideal behaviours for both the gases, answer the following: Flask in which the total kinetic energy is greater
Two flasks A and B have equal volume. A is maintained at 300 K and B at 600 K . While A contains H_(2) gas, B has an equal mass of CH_(4) gas. Assuming ideal behaviours for both the gases, answer the following: Flask containing greater number of molecules
Two flasks A and B have equal volume. A is maintained at 300 K and B at 600 K . While A contains H_(2) gas, B has an equal mass of CH_(4) gas. Assuming ideal behaviours for both the gases, answer the following: Flask in which pressure is higher
Two flasks A and B have equal volume. A is maintained at 300 K and B at 600 K . While A contains H_(2) gas, B has an equal mass of CH_(4) gas. Assuming ideal behaviours for both the gases, answer the following: Flask with greater molar kinetic energy
Two flasks A and B have equal volume. A is maintained at 300 K and B at 600 K . While A contains H_(2) gas, B has an equal mass of CH_(4) gas. Assuming ideal behaviours for both the gases, answer the following: Flask in which the compressibility factor is greater
Two flasks A and B have equal volume. A is maintained at 300 K and B at 600 K . While A contains H_(2) gas, B has an equal mass of CH_(4) gas. Assuming ideal behaviours for both the gases, answer the following: Flask in which molecules are moving faster
Two flask A and B of equal volumes maintained at temperature 300K and 700K contain equal mass of He(g) and N_(2)(g) respectively. What is the ratio of total translational kinetic energy of gas in flask A to that of flask B ?
