yes
The water molecules remain unchanged.
Water becomes visible in large quantities when there are enough molecules to scatter and reflect light, typically in the form of droplets in the air (e.g., clouds, fog) or bodies of water (lakes, oceans). In smaller quantities, such as a glass of water or a stream, water molecules themselves are not visible to the naked eye.
Putting water in a fog machine can damage it or cause it to malfunction. Fog machines are designed to work with fog fluid, which is a specific type of liquid that gets vaporized to produce fog. Water may not produce the desired fog effect and can clog the machine's components. Always use the recommended fog fluid for your fog machine.
Thin fog is often referred to as "mist." It is a light fog that reduces visibility but is less dense than regular fog.
This type of fog is called orographic fog. It forms when moist air is lifted upslope by the terrain of the mountains. As the air rises, it cools and reaches its dew point, leading to the formation of fog.
The number of water molecules in a fog cloud can vary depending on its size and density. On average, a small fog cloud contains millions to billions of water molecules.
The water molecules remain unchanged.
Due to the difference in the temperature, the molecules form a layer on the mirror ! That is what we call Fog !
Fog is a low lying cloud. Instead of being up in the sky, it is down on the ground. Several water molecules have joined together. While two water water molecules joined together are slightly heaver than the surrounding nitrogen molecules, they are not heavy enough to fall down to the ground. Instead, they are knocked around by Brownian motion. That keeps them airborne. If two molecules get together, they fall to the ground. Thus mist exists within a fog and a fog provides some water to plants. When the sun comes out, the water molecules separate or evaporate and the fog dissipates.
The concentration of water molecules in the air expressed as a fraction of the concentration at which a fog forms.
Yes Sound travel faster in fog because fog is made of dens air so molecules are close to each other and sound travel by disturbance in molecules it means molecules transfer sound wave by hitting each other . so they do it on faster rate and it travel faster ( same case for rainy day)
Fog shows up when water vapor, or water in its gaseous form, condenses. During condensation, molecules of water vapor combine to make tiny liquid water droplets that hang in the air. You can see fog because of these tiny water droplets.
First, water must evaporate from the lake. The water molecules absorb energy during evaporation. The water vapour in the air must condense to form the tiny water droplets that make up the fog. During condensation the water molecules release energy.
What's fog? Fog is caused by the condensation of water molecules in air. This leads to the increase in the density in air. So, the layman answer can be: Velocity of sound is greater in Denser materials, so during fog velocity of sound is greater. Mathematicaly: v2=Bulk modulus/density =stress/strain*density we can say stress due to sound wave normally and in fog is constant. Therefore, v2 is inversely proportional to strain*density. during fog this value is less than normal, that's why velocity of sound wave in fog is greater.
Fog is a visible mass of cloud water droplets or ice crystals suspended near to the Earth's surface. Smog is a type of air pollutant being a mixture of smoke and fog in the air resulting from a large amount of burning coal.
Freezing fog, advection fog, and evaporation fog!
London fog : radiation fog enhanced by pollutants. Wisconsin fog : evaporation fog near water.