when the drag force acting on droplets become equal to force of gravity , then net force acting on droplet become zero , and we see the fog droplets suspended in air .
Fog droplets remain suspended in the air because the air is saturated with moisture, creating a condition where the droplets do not evaporate easily. This saturation of moisture allows the droplets to stay suspended and form the fog that we see.
Suspended drops of liquid water are tiny water droplets that remain in the air due to factors like humidity, temperature, and air currents. These droplets can form clouds, fog, or mist, depending on their size and concentration.
Fog is composed of tiny water droplets suspended in the air, which are in liquid form. This liquid water vapor condenses into small droplets when the air is cooled to its dew point.
As far as I know, it's a load of miniscule water droplets suspended in the air because they are small and light enough to. It wouldn't be a gas, but a liquid that is so small that you can hardly see it.
Fog is neither hot nor cold, as it is composed of tiny water droplets suspended in the air. The temperature of the fog will generally be similar to the surrounding air temperature.
Fog droplets remain suspended in the air because the air is saturated with moisture, creating a condition where the droplets do not evaporate easily. This saturation of moisture allows the droplets to stay suspended and form the fog that we see.
Fog droplets remain suspended in the air due to the balanced forces of gravity pulling them down and the upward force of air resistance or buoyancy pushing them up. As long as these forces are in equilibrium, the fog droplets can remain suspended for an extended period of time.
are supported by slight movements of the air...
Fog droplets remain suspended in the air due to a combination of factors including the droplets' small size, low density, and the presence of ambient air currents that prevent them from falling to the ground. These factors help keep the droplets buoyant within the fog layer.
In fog, the solute is water droplets suspended in air, while the solvent is the air itself. Fog forms when the air becomes saturated with water vapor, causing the water droplets to condense and remain suspended in the air, creating a misty appearance.
No, fog is a natural occurance. It is caused from water droplets suspended in the air due to different temperatures close to the Earth.
Suspended drops of liquid water are tiny water droplets that remain in the air due to factors like humidity, temperature, and air currents. These droplets can form clouds, fog, or mist, depending on their size and concentration.
its because the terminal velocity is directly proportional to mass and square of the radius of the drop. the radius and mass of the droplet is very very less...so terminal velocity of the droplet is also very less.. that why it is suspended in the air..
Fog droplets appear to be suspended in the air because of a combination of factors related to their size, density, and the surrounding air conditions. When the air becomes saturated with water vapor and cools down, tiny water droplets form, creating fog. These droplets are very small, typically ranging from around 1 to 100 micrometers in diameter. The reason they appear suspended is due to a balance of forces acting upon them. Gravity tries to pull them downwards, but the upward force of air resistance counteracts this. In addition, within the fog, there are often small-scale air currents and turbulence that keep the droplets aloft. The suspended appearance is also influenced by the density of the fog. In denser fog, the droplets are more closely packed together, giving the appearance of a more solid mass, while in lighter fog, the individual droplets may be more visible. Overall, it's the interplay of these factors that creates the illusion of fog droplets being suspended in the air.
Those would be suspended water droplets in the air, typically known as mist or fog. They are too large to remain airborne as individual droplets but not heavy enough to fall as precipitation.
Condensed water droplets held suspended in the air are known as fog. Fog forms when the air near the ground becomes saturated with water vapor, causing the water vapor to condense into tiny droplets that linger in the air.
Fog is composed of tiny water droplets suspended in the air, which are in liquid form. This liquid water vapor condenses into small droplets when the air is cooled to its dew point.