Molecules of a gas are in incessant random motion colliding against one another and  with the walls of the container

The molecules of a gas are in constant random motion. This means that they have energy in what type of energy store?

Whether a substance is a gas, liquid, or solid is dependent on the natural attractive forces between molecules andthe collisions between the molecules.the kinetic energy of the molecules.how the molecules collide with the container.the extent of molecular motion as determined by the average KE and temperature.

Which of the following statements does NOT apply to the particles in a gas?The forces of attraction between them are very weakThey move randomlyThey move more quickly when the gas is heatedThey are not affected by gravity2A fixed amount of gas is held inside a container of fixed volume.  Which of the following will NOT occur when the gas is heated?Its particles will collide with each other (and the walls of the container) less frequentlyIts density will remain constantIts internal energy will increaseThe pressure which it exerts on the walls of the container will increase3A fixed mass of gas is held inside a container.  The volume of the container can be adjusted using a movable plunger.  What will happen when the plunger is moved outwards slowly (so that the volume of the container increases)?The pressure will decreaseThe pressure will increaseThe pressure will stay the sameIt is impossible to say what will happen to the pressure4A fixed mass of gas is held at a constant temperature.  What will happen to the pressure of the gas when its volume is halved?It is impossible to sayIt will halfIt will doubleIt will stay the same5The air inside a bicycle pump has a volume of 20 cm3 and a pressure of 100 kPa.  Calculate the pressure of this air when its volume is reduced to 5 cm3.  You may assume that the temperature of the air remained constant while it was being compressed.100 kPa25 kPa400 kPa10,000 kPa6A fixed mass of gas is held inside a container.  The volume of the container can be adjusted using a movable plunger.  When the plunger is pushed down quickly, the temperature of the gas increases.  Which of the following statements does NOT apply to this process?It causes the pressure of the gas to increaseEnergy is transferred to the gasWork is done by the gasThe particles that make up the gas move more quickly after the plunger has been pushed down

Describe how particles in a gas move. Why do they move like this? When answering this question, you should be thinking about the energy state of the particles and the bonds between them.

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.