Because liquids are harder to push out of the way than air.
Yes. The colder the substance become, the slower the particles move. Actually in pure ice the particles do not move at all.
Particles generally move faster in a gas compared to a liquid. In a gas, particles have more energy and move more freely and quickly as they are not as tightly packed as in a liquid. Conversely, in a liquid, particles are closer together and interact more, resulting in slower movement.
Particles move faster in a gas than in a liquid. In a gas, particles are more spread out and have more kinetic energy, leading to faster and more random movement compared to the more orderly and slower movement of particles in a liquid.
The molecules in a hot liquid move faster and more vigorously compared to those in a cold liquid. This increased motion in a hot liquid leads to higher kinetic energy and faster diffusion rates. In contrast, molecules in a cold liquid move more slowly and have lower kinetic energy, resulting in slower diffusion and mixing rates.
Liquid becomes gas through a process called evaporation. When liquid is heated, the molecules gain energy and move faster, overcoming the forces holding them together in the liquid state. Eventually, the molecules have enough energy to break free from the liquid and turn into a gas.
I might be wrong, but I would say slower. If you mean energy in form of heat, molecules move slower if the liquid is colder, so if a liquid releases energy in form of heat (turns ¨cooler¨), than the molecules move slower. As I said, I might be wrong. Just my thoughts
faster
Yes. The colder the substance become, the slower the particles move. Actually in pure ice the particles do not move at all.
During a phase change from liquid to gas, molecules gain energy to overcome the intermolecular forces holding them together in the liquid state. As they absorb energy, molecules start to move faster and break free from their fixed positions, eventually leading to a transition to the less dense gas phase.
The molecules move slower and slower until the attractive interactions between them become greater than their momentum can withstand, at which point the liquid begins to freeze.
gliding movement. The particles move faster then that of a solid, but slower than that of a gas.
Then the particles would normally move slower. However, they can also lose energy in other ways; for example, when a liquid turns solid.Then the particles would normally move slower. However, they can also lose energy in other ways; for example, when a liquid turns solid.Then the particles would normally move slower. However, they can also lose energy in other ways; for example, when a liquid turns solid.Then the particles would normally move slower. However, they can also lose energy in other ways; for example, when a liquid turns solid.
Yes. The colder the substance become, the slower the particles move. Actually in pure ice the particles do not move at all.
Particles generally move faster in a gas compared to a liquid. In a gas, particles have more energy and move more freely and quickly as they are not as tightly packed as in a liquid. Conversely, in a liquid, particles are closer together and interact more, resulting in slower movement.
Particles move faster in a gas than in a liquid. In a gas, particles are more spread out and have more kinetic energy, leading to faster and more random movement compared to the more orderly and slower movement of particles in a liquid.
When ice cream melts, the particles do not actually move slower. The melting process involves breaking the bonds between the particles, allowing them to move freely as a liquid. So, the particles in melted ice cream actually move more freely compared to when it is frozen.
Yes, particles move slowest in liquid form compared to solid and gas forms. In liquids, particles have more freedom to move around compared to solids where particles are tightly packed, but they move slower than in gases where particles are more spread out and move faster.