So here we can see the white represents low altitudes, and the blue are higher altitudes.

They'll mix at high altitudes and cause snow.

In high altitudes, people find it hard to breathe.

So they started flying them at high altitudes at incredibly high speeds.

At high altitudes it'll crystallize and give us what we call snow.

The Canadian sniper Rob Furlong fight dizzying altitudes the constant shifting of winds and treacherous mountains

Furlong is at altitudes as high as 3048 meters this altitude has a dramatic effect on long range shots

If you were going to take an airplane trip across the U.S., you would be flying at these altitudes.

External ballistics is the art of manipulating the shot, is that Mother Nature does may have a bullet faster at different altitudes

Thirdly, when Norden was making his calculations, he assumed that a plane would be flying at a relatively slow speed at low altitudes.

The majority of it is in the higher altitudes, above 300 feet, where we don't have a technology as yet to get there.

And so essentially, the combination of these two altitudes is really just a diagonal of this rhombus, and it's at a right angle to the other diagonal of the rhombus.

The moisture begins to condense into water droplets, but the updraft is so powerful that the water is carried to extreme altitudes, where it freezes, and it begins to fall.

Oh, we may learn a little about the behavior of the human body at high altitudes, and possibly medical men may turn our observation to some account for the purposes of aviation, but otherwise nothing will come of it.