You can see sunrise and sunset at the same place at Grand Canyon (Hopi Point).

"Sunset" is when the sun leaves the sky in the west, and begins a period of night. It occurs at the moment when the last bit of the sun goes below the horizon. "Sunrise" is when the sun returns to the sky in the east, and begins a period of day. Sunrise occurs the moment the first bit of sun is visible above the horizon.

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Secure loose articles in pool area. If you have a pool blanket ensure it is entirely deployed. If unsure roll up blanket and remove roller to safer area with overcover fitted. Check baskets and skim pool of leaves after the storm has passed. Do not venture out until entire storm has gone. Beware the "eye" of the storm. Do not use your telescopic pool pole during a storm.

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No, it doesn't. For example, a basketball will bounce quite high and retain a large proportion of its original kinetic energy when being used on a concrete or a hard wood floor, such as those used in official NBA matches. However, if you are try to bounce a basketball on water, I would be amazed if you could elicit any response other than it either submerging itself for a brief period of time before returning to the surface of the water, or simply sinking to the bottom in a desultory manner; the outcome would depend on the basketball's density. To be honest, I would have thought this was fairly obvious. Maybe you want to think a little more closely about how you phrase your question next time, to prevent people like me from giving you a pathetic, sarcastic answer such as this. Fool.

Because the air pressure is lower, there are less molecules of gas. Nature doesn't like an empty space, and tries to fill it up with matter. The nearest mobile available matter is water molecules. Hence these are removed from the damp surface to fill the lowering pressure in an attempt to try and fill the space.

This is a very casual description.

The Low Latitudes

A fall in pressure.

All of the molecule$ heat up witch causes it to draw in moisture

Mountains

decreasing

Because blimps can't be in the air when the weather is ruff because it has to be 23 degrees in wind

The reason the temperature increases with increasing altitude is because of what temperature is measured by: the speed of molecules. In the stratosphere, there is very little gas, and molecules can move very quickly because they are not bouncing off of each other (and other factors). Therefore, by the strict definition of 'temperature', the stratosphere is hotter.

However, due to the low amount of gas at that level of the atmosphere, if YOU were to be there (with a gas mask) you would feel terribly cold (aside from feeling like you're being sucked apart by the partial vacuum). The reason for this is that though the 'temperature' is high, there are very very few molecules flying around bouncing into you and warming you. Therefore your body would receive very little heat from the surroundings--BUT you would radiate away a bunch of heat, causing you to be very very cold very quickly. That is also why astronauts need to be careful about the 'cold temperature' of space. But that's a different story.

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to get rid of Example : The principal decided to do away with school uniforms after the parents voted against them.

• What_does_wind_meanWhat_does_wind_mean

Wind is the flow of air from high pressure area to low pressure areaWind as in the movement in air or wind where you twist something and it either moves or makes a sound.

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Scroll down to related links and look at "Density of air - Wikipedia". See there: Importance of temperature.

it depends on how much heat particles are in the water and air ? and because water is a fluid so the particles are closer together not letting as many particles in as air with has more spaced out particles letting more heat particles in

a jet stream is important because of climate control

No, it does not.

A human's blood is actually warmer than normal body temperature. Your body knows that it can live without arms and legs, and that the most medial parts of the body are the most vital ones. So to make sure that your core body doesn't get too cold and shut down, the blood is pulled toward the center of the body. This is why the arms, legs, and nose tend to get more cold than the rest of your body in cold weather.

Examples: platinum metals, zirconium, tantalum, niobium, hafnium, Mercury etc.