Liquids and gases are amorphous (shapeless), viscous (can flow), and diffuse (have internal space) due to the movement of their molecules.
Molecules actually move faster in liquid because they have more space between them to move about. That's why liquid can flow, and a solid cannot. =)
molecules in solids are stationary whilst those in gases and liquids move around, more though in liquid.
Liquid molecules are very tightly packed while in gas it is loose.
the force of attraction between the particles gases is weak force of attraction between the particles in liquid is a bit strong force of attraction between the particles in solid is strongest this is the right answers,,,,,dont worry :)
They are the three states of matter for all substances. A solid has molecules packed tightly together; a liquid has molecules that have some room to move; gases have molecules that can move freely. eg for water the solid state is ice, the liquid state water and the gas state water vapour (steam)
Molecule movement is the smallest in a solid. In a solid, the molecules are closely packed and have limited freedom to move and vibrate. In liquids and gases, the molecules have more space and freedom to move, resulting in greater molecular movement.
This is a mixture of liquids (ex.: liquid air).
It might be better to rephrase the question as: What are the physical properties of a gas? The chemical properties of molecules are less a function of their phase than the chemical properties of the molecules themselves. The physical properties of a molecule in the gas phase versus the same molecule in the liquid phase would then be: Gases have higher diffusivity. Gases have lower viscosity. Gases are compressible. Gases have lower density. There are many other phyical property differences that could be cited.
Conduction in gases and liquids depends on the movement of particles colliding with each other and transferring energy through direct contact. In gases, molecules move randomly and collide frequently, transferring heat through collisions. In liquids, conduction occurs similarly as particles in a liquid also collide and transfer heat to neighboring particles.
When two gases combine to form a liquid, they undergo a phase change known as condensation. During condensation, the gas molecules lose energy and come closer together, transitioning into a liquid state. This process releases heat energy and changes the physical properties of the substances involved.
Molecules speed up when they are turned from liquid into vapor. This is because they have more freedom to move around due to gaseous properties. Gases conform to the volume of the container, so they have more room to spread out, compared to liquids that do not have the ability to change volume
When heat is added to liquid, the liquid molecules move faster They can move out of the container
No, molecule movement is greatest in gases, followed by liquids, and then solids. In a solid, molecules are tightly packed and vibrate in fixed positions, whereas in gases, molecules move freely and rapidly.
Yes, the molecules in a gas or liquid move away from each other due to their high kinetic energy. In gases, the molecules have enough energy to overcome the intermolecular forces and move freely in all directions, resulting in expansion to fill the container. In liquids, while there is still movement and some separation of molecules, they are more closely packed compared to gases.
The three most common phases or states of matter are solid, liquid, and gas (not mentioning plasma, which is a special case). Of the three standard states, the one with the fastest molecular movement is gas, followed by liquid and then solid.
Solid molecules are rigid and has a shape. Liquid molecules are less rigid than solid and the molecules move. Gases have no shape and its molecules are free floating and move at rapid speeds against each other.
Convection is the type of heat transfer that occurs in only liquids and gases. It involves the transfer of heat through the movement of the fluid molecules due to differences in their density and temperature.