Clouds

Evaporation.

When it rains, the sky appears gray because the clouds are blocking sunlight from reaching the ground. This overcast and cloudy condition is often associated with precipitation.

Cold fronts occur when a cold air mass advances towards a warm air mass, forcing the warm air to rise rapidly. This can result in the formation of thunderstorms and heavy precipitation. Warm fronts, on the other hand, occur when a warm air mass advances over a cold air mass, leading to widespread light to moderate precipitation over a larger area.

As it rises to get over the mountain it cools. As it cools it can no longer hold as much moisture in solution so this precipitates out of the air on the seawards side of the mountain. When it is over the mountain it sinks again and is warmed so it is now warm dry air and very little precipitation happens (there is a rain shadow).

Rain clouds in Elkhart, Indiana can come from any direction as they are influenced by weather systems moving through the region. However, prevailing weather patterns often bring rain clouds from the west or southwest, originating from the Great Plains or the Mississippi Valley. Topography and local wind patterns can also play a role in the direction of incoming rain clouds.

It usually has to do with evaporation and condensation. At some times, the water evaporates or rises into the sky and all the water droplets form into a cloud. When it does, it travels for a bit and when the cloud is heavy enough, it starts to rain for a while. If you're talking about rain clouds, I think this would help.

Severe turbulence in level flight does not impart sufficient forces upon modern aircraft to cause a crash. It nevertheless imposes a risk of injury to the passengers and crew. There have been hundreds of documented cases during severe turbulence in which unrestrained passengers and crew (without their seatbelts fastened) were "thrown" about the cabin leading to serious injury and death (1).

There is a special form of turbulence, called windshear (also known as wind shear), which presents a potentially high risk to the aircraft itself, and a particular form of windshear, called a microburst, which has proven catastrophic to aircraft during final approach for landing. Microbursts are especially vexing because they are extremely powerful, localized, and they manifest themselves quickly and without warning. For example, Delta Airlines flight 191, a Lockheed L1011 that crashed at Dallas-Forth Worth, Texas, USA on 2 August 1985, encountered a microburst near the end of the runway less that two minutes after an earlier aircraft landed safely on the same runway without experiencing the microburst. (2).

Microbursts are such a serious concern that modern airports and airplanes are equipped with windshear detection and alert systems that advise air traffic controllers and pilots of potential windshear conditions.

1 - Source: http://www.fss.aero/accident-reports/browse_keywords_results.php?cb_key=cb_flt_attendant

2- Source: http://www.ntsb.gov/ntsb/brief.asp?ev_id=20001214X37434&key=1

When the front bushings are gone, you may experience excessive movement and vibration in the front suspension, leading to poor handling and steering response. This can result in noises, such as clunking or rattling, as the front suspension components move around more than they should. Ignoring this issue can lead to further damage to other suspension components and compromise the safety and drivability of the vehicle.

Liquid water becomes water vapor in the process of vaporization. There are two kinds of vaporization, evaporation which occurs slowly, and boiling which occurs rapidly.

Air pressure decreases as you move higher in the atmosphere. Air, just like any form of matter has mass, and when affected by earth's gravity, weight. The weight of air is pushing down on you with a force of 1 atmosphere at sea level. As you increase elevation the air pressure is reduced because there is less air to push down on you. Just like air, water pressure increases as you increase your depth in it, or any fluid.

It might affect it by adding gas which adds mass. That affects the air mass by making it more. Gas can also be pushed into the air mass and relace some of it. If it is lighter than the gas it replaced, then the overall air mass will be less.

Clouds in the sky can look like paper if they are thin and wispy, with a flat and uniform appearance. This can happen when the clouds are high in the atmosphere and are formed by ice crystals. The paper-like texture may also be enhanced by the angle of the sunlight reflecting off the clouds.

It depends on how you define gas, and on how large a scale you are looking at.

If air is any gas then of course it is thousands of times more abundant on a universal scale, and almost certainly on a global scale too. (after all not only is the atmosphere deeper than the ocean but as it is further away from the centre of the earth each meter's depth has a greater effect)

If you only count air as oxygen then I'm not sure on a global scale but I'm pretty sure it will still be more abundant on a universal scale.

Hope this helps

The 4 major air masses are continental polar (cP), continental tropical (cT), marine polar (mP) and marine tropical (mT). Generally, continental air masses are drier than marine air masses, and polar air masses are cooler than tropical air masses. cT air masses are relatively limited in distribution existing in the south west North America and North Africa.

Snow forms when water vapor changes directly into a solid without first going through the liquid state. This process is known as deposition.

When warm air cools, water vapor in the air can condense into liquid water droplets or ice crystals, resulting in the formation of clouds or fog. This process is called condensation.

The temperature of an air mass is mainly determined by the region where it forms. Air masses that form over warm surfaces, like tropical oceans, tend to be warm, while those forming over cold surfaces, like polar regions, tend to be cold. Additionally, the movement of air masses can influence their temperature as they travel to different regions.

its value changes ,get new substance and the product doesn't remain the same after chemical reaction

Clouds are visible masses of water droplets or ice crystals suspended in the atmosphere. They form when moist air rises, cools, and condenses around particles like dust or pollution. Clouds play a crucial role in the Earth's climate by reflecting sunlight and helping regulate the planet's temperature.

cirrocumulus, cumulonimbus and nimbostratus.

A cold front occurs when a cool air mass pushes into a warmer one. Since cool air is denser than warm air, the warm air mass gets forced up and over the cooler one. As the air rises it cools, causing moisture in it to condense into clouds and rain.

Warm air moves towards higher latitudes towards the poles, while cold air moves towards lower latitudes towards the equator. This movement is driven by the temperature and pressure differences between these regions.

Yes it does the rain would be 95% Salt and 5% Water. I know that it does not sound realistic but i'm a scientist and that is what my recent studies show. Sorry i could not of been of more help to you.

I think the term you are looking for is condensation, this is pretty much the opposite of evaporation and is what you see when you see drops on windows

Rain that falls through a layer of freezing air can freeze upon contact with surfaces, forming freezing rain. This type of precipitation can create hazardous conditions by creating a layer of ice on the ground, roads, and other surfaces.