Which of the following statement is NOT a correct assumption of the classical model of an ideal gas?The collisions between molecules are inelastic.The only appreciable forces on the molecules are those that occur during collisions.The molecules are in random motionThe volume of the molecules is negligible compared with the volume occupied by the gas.The molecules obey Newton's laws of motion.

For an ideal gas*1 point(a) Size of molecules is negligible.(b) There is no force of attraction or repulsion amongst the molecules.(c) It strictly obeys the gas laws.(d) All of the above.

Which of the following are properties of an ideal gas?Select one or more:collisions between gas particles are elasticgas particles move randomly in all directions at the same average kinetic energy at constant temperatureeach particle has a negligible volume compared to its surroundingsindividual particles are not attracted to nor repel each other

Choose TRUE or FALSE for each of the following statements.A. A real gas can have intermolecular forces but then the Ideal Gas Law (PV=nRT) doesn't apply. B. Pressure is the force applied per unit area. C. The units on R do not need to match the units of P, V, and T.  As long as a pressure, volume, and temperature are put into the equation, the answer will be correct. D. When temperature is used in any gas law, the temperature MUST be in Kelvin. E. For a mixture of ideal gases, the pressures can be added because for ideal gases, the identity of the gas doesn't matter.

Which of the following statements is NOT a part of the kinetic molecular theory of gases?Group of answer choicesGases consist of tiny particles of matter than are in constant motion.Gas particles don't lose energy when they hit each other and/or the walls of the container.Gas particles are separated by large distances .There are weak intermolecular forces between gas particles.

Attractive forces and size effects of molecules in a gaseous system can be neglected at