One of the most famous explanations for the cloud is that clouds are “gases,” but we’ve all seen them, and we’ve all seen them in action. One of the most famous explanations is that clouds are “gases.
Actually, both are true. The gases in the sky are very complicated substances. Each molecule of gas has a different density, which in turn affects the way it moves through the atmosphere, and that in turn affects the way it affects the weather.
Clouds are created when a gas forms a solid like a cloud of paint, and that very solid, very dense gas then moves through the atmosphere on a molecular level. At a molecular level, clouds are very light. Each type of cloud has a different thickness. So each type of cloud has a different visual depth, meaning the clouds are more opaque on a ground level, and as the clouds get higher up in the atmosphere, they become more transparent.
So at certain points in the atmosphere, as the clouds get thicker, they become lighter, and the layers of the atmosphere have different levels of transparency. This phenomenon is known as the “transparency zone”. Clouds are very important to the weather because they block the formation of clouds. Clouds act as a protective layer before a storm hits. But clouds don’t just simply block the formation of a lightning storm, they also have other effects.
Another cool thing about clouds is that they act as an insulator. This insulator effect can be seen on this image. The black clouds are a layer of solid ice and the white clouds are water. When the atmosphere is very moist and clear, the air around a cloud can become much colder, so the ice can be a lot more transparent. The more transparent the clouds, the more they act like they are made of glass.
A good analogy for our insulating clouds is a liquid with a liquid wall. When you have a liquid that is made of liquid, the thicker the walls, the more resistance the walls have against the flow of the liquid. The thicker the walls, the more resistance the walls have against the flow of the liquid, so the walls act like an insulator. What makes a really good insulator is a material that is very soft to the flow of the liquid.
In the case of our insulating clouds, that is pretty good. The thicker walls, the harder they make the flow of the liquid. The walls act like a solid barrier, keeping the liquid moving along and the insulating effect is a lot more effective.
In the video you can see how the insulating clouds become thicker as they get closer to the sun. The thicker the walls, the harder they make the liquid flow. It’s like a good insulator is a good insulator, but only when it’s thick. In the case of our insulating clouds, it’s much harder to form, and the harder they are to form, the harder they make the liquid flow.
This is the first time we’ve seen this phenomenon in action, but its very similar to the way water freezes. As water freezing becomes thicker the more easily it will flow and the thicker the water, the harder the liquid will freeze. This is why most water-based drinks and drinks in general are thick.
Clouds are the easiest thing to make insulating. After all, they contain little gas and are free of oxygen, but the only things that need to be in a cloud are water and air. To get a cloud to be an insulator, a lot of air and water needs to get into the cloud. This is why, for example, the ice cube in a glass of soda is a lot more dense than the ice cube in a glass of water.
