A radiosonde observation typically doesn't extend above 100000 feet in altitude because the air pressure is very low at high altitudes, causing the radiosonde balloon to expand and eventually burst. Additionally, the instruments on board may not be able to function properly under extreme conditions.
The exosphere does not have a clear boundary, but it is typically considered to start around 500-1,000 kilometers (310-620 miles) above the Earth's surface. However, its outermost regions can extend much farther out into space.
the ionosphere extends from around 50 km altitude to about 1000 km, Within this range are the the various regions that make it up; D, E, F1, F2 and the topside, with the D region closest to us and the topside farthest from us, and in that order. the topside can also extend to about 2000km in some part of the earth.
A nimbus cloud can form at various altitudes, typically ranging from low to mid-levels in the atmosphere. They are associated with rain and precipitation, and can extend from as low as 2,000 feet above the ground up to 20,000 feet or more depending on the atmospheric conditions.
Stratus -- very low on ground level, fog Cumulus -- sunny day clouds, low in the sky Cumulonimbus -- they extend through all levels Cirrus -- ice clouds, the highest clouds Sixty years ago I was taught in school the above were the types of clouds, but apparently it isn't that simple. Visit the link below to understand cloud types more thoroughly.
Cumulus clouds typically form at altitudes ranging from 1,000 to 6,000 feet (300 to 2,000 meters). Cirrus clouds are found much higher, usually at altitudes above 20,000 feet (6,000 meters). Cumulonimbus clouds, which are associated with thunderstorms, can extend from about 1,000 feet to over 60,000 feet (300 to 18,000 meters), depending on the strength of the storm.
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Cumulonimbus clouds are considered high-altitude clouds, as they can extend from low levels up to 60,000 feet (about 18,300 meters) or more in the atmosphere. They typically form in unstable atmospheric conditions and are associated with severe weather, including thunderstorms, heavy rain, and even tornadoes. Their towering structure often reaches into the stratosphere, emphasizing their high-altitude classification.
At the rate of 5 inches per year, Hawaii should extend to a point about 7.9 miles further to the south and west in 100,000 years.
First, draw the equilateral triangle ABC, and its altitude AI. Extend the sides AB and AC in such way that the extended parts to be equal in length with the length of these sides. Extend also the altitude AI in such way that the extended part to be twice in length as the altitude length. Label their end points , started from the point C, respectively with D, K, and G. From points D, K, and G, draw the parallel lines to BG, BC, and CD. Label their intersections respectively with E and F. A hexagon is formed, the hexagon BCDEFG, where its sides are equal in length with the length sides of the equilateral triangle ABC.
The altitude range of the stratosphere is typically between 10 to 50 kilometers (6 to 31 miles) above the Earth's surface. However, the exact range can vary depending on factors such as latitude and season.
Typically, a plane reaches an altitude of around 10,000 to 15,000 feet before a skydiver jumps. This height allows for a safe freefall duration and adequate time for the parachute to deploy. Some experienced skydivers may jump from higher altitudes, such as 18,000 feet or more, to extend their freefall experience.
Glaciers are typically found at altitudes above 2,500 meters (about 8,200 feet) in tropical regions, while in temperate areas, they can appear at elevations as low as 1,000 meters (about 3,300 feet). The specific altitude at which glaciers form depends on local climate conditions, including temperature and precipitation. In polar regions, glaciers can extend to sea level due to consistently cold temperatures.
The most obvious observation would be that our own planet and others are orbiting our own star. One could extend from this that there must be other satellites orbiting all stars, because of their gravitational pull.
The exosphere does not have a clear boundary, but it is typically considered to start around 500-1,000 kilometers (310-620 miles) above the Earth's surface. However, its outermost regions can extend much farther out into space.