Which statement best describes a gas and its particles?*1 pointA gas assumes the shape and volume of its container; gas particles can move freely.A gas assumes the shape of the occupied part of its container; gas particles can slide past one another.A gas assumes the volume of its container; gas particles are close together.A gas retains its fixed volume and shape; gas particles are locked into place.

Which statement best describes the particles of a solid substance?*1 pointThe particles slide past one another.The particles are very far apart from one another.The particles keep position but can vibrate.The particles change their pattern of organization.

Which properties do all gases share?A.Fixed volume; shape that depends on containerB.Fixed shape; volume that depends on containerC.Volume and shape that depend on containerD.Ability to flow and be broken into smaller particlesSUBMITarrow_backPREVIOUS

How does the motion of particles in a solid compare with the motion of particles in a gas?*1 pointA solid has particles that are moving away from each other, but a gas does not.A gas has particles that are moving in the same direction, but a solid does not.A solid has particles that are moving much slower than those in a gas.A gas has particles that are moving much slower than those in a solid.

Which statement best describes the particles of a solid substance?

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.