Clouds

It depends on the type of engine, but its generally one of a few things. A turbofan like on a commercial plane have the bypass, or large amounts of air flowing close to the out side of the engine. A higher temperature engine may have a heat exchanger on the turbine blades that actuall takes cooler air and passes it over the vanes so they don't melt. Almost every turbine engine has some sort of oil cooler to help keep the moving parts from getting too hot. With many turbines the idea is to more or less protect the engine from heat than to cool it down. More heat with a turbine means more power.

The sun doesn't heat the atmosphere; it heats the land and the sea. Above it, a thin layer of air is warmed up by contact. That air rises. Two-thirds of the earth is covered by water. Right above it, the air is saturated with water molecules in form of vapour.

When that moist air is warm, it rises because warm air is less dense than cold one. As it rises, it cools down by the so-called adiabatic effect of a lesser pressure aloft.

Cold air can contain less vapour than warm one. At a stage, the moisture must condense as clouds. As the air keeps rising because now, the so-called wet adiabatic lapse rate is lesser than the dry one, the moisture continues to condense as larger and larger drops.

Those keep rising but, at one moment, gravitation if greater than the speed of rising and the droplets come down, forming precipitation; rain or snow.

If the air aloft is very cold, the convection (rising air) is so strong that the drops of rain keep rising all the way to a point where they freeze. Finally, they come down but now it is as hail. That happens often in a very strong convection such as a thunderstorm.

It tastes like fresh water.

Water forms clouds through the process of condensation, where water vapor in the air cools and changes back into liquid form as tiny water droplets or ice crystals. These droplets then come together in the atmosphere to form visible clouds.

It is things like acid rain , when we let fumes and gas go into the air it enters the environment and lets it polute our earth .

A collection of water droplets suspended in the air is called a cloud. If the collection of water droplets is close to the ground it is called fog.

Vaporization is the process by which a liquid turns into a gas. This occurs when the temperature of the liquid reaches its boiling point, causing the molecules to gain enough energy to overcome the intermolecular forces holding them together in the liquid state.

well I'm studing that and here is your answer

Since it is fluid, it takes the form of the object in which it is contained. Many fluids exist; even glass, though it appears solid, is a fluid

The thing that is low pressure is air.

When a meteorologist says that there is an area of "Low Pressure" he is saying that there is a low air pressure in an area or, more exactly, that there is less air per cubic unit than there is in surrounding areas.

So, if neutrally pressured air met with low pressured air the neutrally pressured or comparatively condensed air, a.k.a "high pressure" air would fall downward until it reached a state of equilibrium. And attaining equilibrium by both mixing with the surrounding air and falling to an altitude of similar air pressure.

It may seem that winds are stronger at night, but scientifically, days tend to be windier. Nights do seem windy to us because as the world (traffic, people, television, etc) quiets down around us, we begin to hear the wind more. So why are the days windier, then? One thing that causes wind is a pressure gradient, which exists when pressure changes more in one place than in another. This happens mostly in the daytime, when the sun is out and warming different areas differently. After the sun sets, there is less of a chance of such a temperature change. ==In more detail...== In more detailed terms: as a generalization, winds tend to be weakest near dawn and strongest in late afternoon because the colder the ground is, the more of a local inversion you’re likely to have isolating surface winds from the faster winds above (conversely in the late afternoon surface heating allows for more mixing with the faster moving winds above). Winds are not caused by pressure change but by pressure gradient — that is, differences in pressure across space. So heating or cooling can cause winds, but only by changing pressure in one place more than in another, so that a gradient is formed (or strengthened). ==Other causes for wind== There are other wind-causing factors too, however, and these can hit at any time — day or night. For example, winds associated with cyclonic and related frontal circulation are independent of diurnal (daytime/nighttime) factors — you’ll feel those the strongest whenever the associated circulation feature reaches you.

There is more than one kind of foam. Styrofoam is a solid mixed with gas. Soap suds are made of a liquid mixed with gas. I would call foam, in technical terms, a composite material. It's made of more than one thing.

The northernmost (and/or southernmost) of the various jet streams that circle the Earth.

Water droplets can vary in size, with typical rain droplets ranging from 0.5 mm to 4 mm in diameter. Smaller droplets are called drizzle and can be less than 0.5 mm, while larger droplets can occur in heavy rainfall events.

Vapors are formed by he process of evaporation. Water in the water bodies evaporate to form vapors.

A balloon will keep air longer in a cool environment because cold air molecules move slower, leading to less pressure inside the balloon and less air escaping. In a warm environment, the air molecules move faster, causing higher pressure and more air to escape from the balloon over time.

Thin feathery clouds are known as cirrus clouds. These types of clouds are composed of ice crystals and are found at high altitudes in the atmosphere. Cirrus clouds are often wispy in appearance and are associated with fair weather.

As the early Earth cooled, the water vapor in the atmosphere condensed and fell as rain, leading to the formation of the Earth's oceans. This process is known as the "primordial rainout" and it played a crucial role in shaping the planet's surface and creating the conditions for life to emerge.

the vapor cools, condenses, and falls to the earth as rain or snow. The water soak into the ground, avaporates to the atmosphere or flows into rivers to be recycled.

umm cold air below frezzing is need to make

The simple answer is because the pressure remains the same. When pressure remains constant, the change in volume will be directly proportional to the change in temperature.

The air molecules release energy as they travel around inside the balloon. What we call pressure is technically the force of the air molecules colliding with the inside of the balloon and each other. The kinetic energy is related to the speed of the molecules. The faster the molecules are moving, the greater the kinetic energy. The greater the kinetic energy, the greater the pressure in the inside of the balloon. The outside air is doing the same thing to outside of the balloon. Therefore, the pressure pushing out is equal to the pressure pushing in. Temperature decreases because the molecules inside the balloon are releasing their energy in the form of heat as they interact with each other. In fact, they heat energy passes through the balloon and is absorbed by the air on the outside. Over time, more energy is released, and the temperature drops. The volume of the balloon decreases in order to maintain a constant pressure. As the surface area decreases, the total pressure pushing in also decreases so that it always equals the pressure pushing out.

Yes. There are clouds outside today. It is an overcast day with occasional rain. Some thunderstorms are expected to arrive later tonight.

1500 G/Ml I don't know the density of hot though. I know this cause i am on my science project