As regards the ones on thie inside, the air atoms and molecules (yes, there are both 'cause air is a mixture of gases) are compressed on the inside of the ball. They are compressed in the area adjacent to the surface that is being compressed, and the compression wave travels across the inside of the ball to the other side and rebounds. Yes, a wave will result from the compression of one side of the ball. And that compression wave moves really fast in there. Like about the speed of sound.
In an ocean wave, the water molecules move in a circular motion. As the wave passes through, water molecules move in an elliptical path, with no net forward movement. The energy of the wave is what is being transferred, not the water molecules themselves.
Objects on the surface of water move out towards the edge due to surface tension, which is caused by the cohesive forces between water molecules. The surface tension causes the molecules at the edges of the water to pull inward, causing objects to be pushed towards the center where the forces are balanced.
In a surface wave, water molecules move in circular or elliptical paths. As the wave passes, they move upwards and forwards in the crest and downwards and backwards in the trough, creating a circular motion. This motion allows energy to transfer through the water without the molecules moving significantly in the direction of the wave. Overall, water molecules return to approximately their original position after the wave passes.
Wind pushes against the surface of the water, creating friction and transferring its energy to the water. This energy causes the water molecules to move and transmit the motion to neighboring molecules, generating a ripple effect known as surface waves. These surface waves then travel toward the shore, carrying the energy of the wind with them.
because it is good for gripping you're foot on the ground so better for them to move around
Evaporation - the fastest molecules escape 1. When a Liquid is heated, the heat energy goes to the molecules, which makes them move faster. 2. Some molecules move faster than others. 2. Fast-moving molecules at the surface will overcome the forces of attraction from the other molecules and escape. This is Evaporation.
In an ocean wave, water molecules move in circular orbital motions. As the wave travels, water molecules move in a vertical and circular pattern, returning to their original position as the wave passes. This orbital motion gradually diminishes with depth from the water surface.
Most of the Earth's atmosphere is concentrated near the surface due to gravity. The force of gravity pulls air molecules towards the Earth, making the air denser at lower altitudes. As you move higher in the atmosphere, the air becomes less dense because there are fewer air molecules present.
When a wave passes through water, the water molecules themselves do not move horizontally with the wave. Instead, they move in a circular orbital motion as the wave passes, causing the up and down motion we see on the surface. The energy of the wave is what propagates through the water, not the actual water molecules moving in the direction of the wave.
As water evaporates, water molecules at the surface gain enough energy to break free from the liquid phase and enter the gas phase. These molecules become water vapor and move away from the liquid surface, resulting in the overall decrease in the liquid water level.
As you move away from the Earth's surface, the density of air molecules decreases, leading to a decrease in air pressure. At higher altitudes, there are fewer air molecules pushing down on a given area, causing the pressure to drop. This is why air pressure is lower at higher altitudes compared to sea level.
Small particles or molecules suspended in a liquid or gas will move by what is called Brownian motion. Brownian motion is a random motion of particles resulting from collisions with other matter. Unless otherwise disturbed, Brownian motion will eventually diffuse the suspended particles evenly throughout the liquid or gas.