Molecules in ice can vibrate back and forth; they won't really "move" (unless the ice starts melting). They won't vibrate at the same speed; rather, they will randomly move, some faster, some slower.
Yes
Water molecules move from their fixed positions
Ice is a molecule of water (H2O) in the solid phase.
When ice changes to water, the speed of the water molecules increases. In the solid state as ice, the molecules are held in a rigid structure and have minimal movement. As heat is added, the molecules gain energy, causing them to vibrate faster and break free from their rigid arrangement, resulting in the molecules moving more freely in the liquid state.
the speed of the water vapor molecules can be decreased to produce ice
Their speed - Kinetic Energy - increases as the solid melts.
they move faster
Ice molecules vibrate in fixed positions with very limited movement. As the temperature increases, the vibrations become more intense, causing the molecules to move slightly within their fixed positions. Overall, the movement of individual ice molecules is much less compared to liquid water molecules.
When ice melts, the ice molecules gain energy from their surroundings and their bonds weaken. This causes the molecules to vibrate more and move further apart, transitioning from a solid state to a liquid state.
The molecules in a gram of steam have more kinetic energy than the molecules in a gram of ice. This is because steam has a higher temperature and its molecules are moving faster compared to the slower-moving molecules in ice.
when liquid loses enough energy then it will be transformed to the solid stat. For example if we get energy from liquid water then the water molecules can not move with same speed that they had before, therefore they will loss their activity and become solid. like ice
Water molecules move from their fixed positions