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Why do diffusion of a chemical is fastest in air than water?
Diffusion is faster in air than in water because air particles have more space between them, allowing molecules to move more freely and quickly. In water, the molecules are more closely packed, leading to slower diffusion rates due to increased interactions and collisions between molecules.
How do air molecules attract odors?
Air molecules do not attract odors. It is a natural process called diffusion, in which particles move from an area that has a high concentration of itself to a place where there is a lower concentration of itself.
Air pressure becomes lower as water molecules are added to the air because water molecules .?
Water molecules displace some of the air molecules, reducing the overall pressure within the air. This is because the water molecules take up space in the air, leading to a decrease in the number of air molecules per unit volume.
What is the relationship between temperature air molecules and water vapor?
As temperature increases, air molecules gain energy and move faster. This increased movement allows air to hold more water vapor, leading to higher humidity levels. When the air temperature drops, air molecules slow down and are less able to hold moisture, often resulting in condensation or precipitation.
What way do cold air molecules move?
In cold air, molecules move slower then they would move in warm air. One part of the KPM (kinetic particle model) states that temperature directly effects the movement of the particles, therefore causing the molecules of the warm air to move faster (because of more frequent collisions between the molecules).
How does the air pressure affect the distance between the air molecules?
because of high
Which type of air would you expect to have more space between air molecules?
Warmer Air does this.
What causes warm air to be less dense?
Warm air is less dense than cold air because the molecules in warm air have higher kinetic energy, causing them to move farther apart from each other. This increased distance between molecules decreases the air's density.
When there is more space between molecules would air be more or less dense?
Air will be less denser.
How does the friction between the ground and molecules in the air effect wind?
Friction between the ground and air molecules slows down the air at the surface, creating a drag force. This drag force can influence the direction and speed of wind patterns near the surface.
What happens when warm air molecules move farther apart?
When warm air molecules move farther apart, the air becomes less dense because there is more space between the molecules. This causes the warm air to rise, as it is lighter than the surrounding cooler air. As the warm air rises, it cools and can lead to cloud formation and possibly precipitation.
What is the mixture of air?
Air molecules and water molecules!
Why air is compressed?
Because there is so much molecules that it can not get anymore in it like a balloon when u tie it u can squish it and it is compressed
Why do diffusion of a chemical is fastest in air than water?
Diffusion is faster in air than in water because air particles have more space between them, allowing molecules to move more freely and quickly. In water, the molecules are more closely packed, leading to slower diffusion rates due to increased interactions and collisions between molecules.
Why does molecules in the air cause resistance?
Molecules in the air cause resistance by disrupting the flow of objects moving through the air, creating friction and slowing down the objects. This resistance occurs due to collisions between the moving objects and the air molecules, which transfer momentum and energy, leading to a decrease in speed.
The friction between the ground and molecules in the air cause the wind to be what?
it will be slower near the surface
How do air molecules attract odors?
Air molecules do not attract odors. It is a natural process called diffusion, in which particles move from an area that has a high concentration of itself to a place where there is a lower concentration of itself.
