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Please remember that close to Earth's surface, a satellite must move at a speed of about 7900 meters/second. If it is inside the Earth's atmosphere, the force of friction will make the satellite lose energy. As a result, it will soon crash to the Earth's surface.
Approximately 11.2 Kilometers per second, or about 33 times the speed of sound. However, at about 9000 kilometers above the earth, it is slightly less than 7.1 kps.
The stroposphere is the second layer of the atmosphere.
Nitrogen. Oxygen comes in second.
The sun produces 4 billion kilograms of energy per second..
STRATOSPHERE
The second layer of the Earth's atmosphere is called Stratosphere.
Nitrogen makes up most of our atmosphere. Second is Oxygen.
OZONE Layer
Please remember that close to Earth's surface, a satellite must move at a speed of about 7900 meters/second. If it is inside the Earth's atmosphere, the force of friction will make the satellite lose energy. As a result, it will soon crash to the Earth's surface.
From on top of us: Troposphere, Stratosphere, Mesosphere, Thermosphere, Exosphere.
a comit zoomed past our eath, the comets tail left behind gasses in our atmosphere thuse forming the continents
Outside the atmosphere it is about 1,366 watts per square meter. Note that this is not "per second"; watt is a unit of power, so the "per second" is already implied. Watt means joules per second. On the Earth's surface, the amount of radiation received depends - among other things - on how high you are, and how clear the atmosphere is.
When they crash into the atmosphere with anywhere between 10 and 70 kilometers/second, there is a lot of energy involved.
Nitrogen (N2) is the most abundant gas in the Earth's atmosphere having percent volume of 78.8 compare to Oxygen 20.95 %, which falls on the second place after Nitrogen.
Outside the atmosphere, the power that hits Earth's surface is about 1.361 kilowatts per square meter; for the entire Earth, the power is about 1.740×1017 Watts. (Reminder: 1 watt = 1 joule / second.) This is the amount outside the atmosphere; how much reaches the Earth will depends on clouds, etc, but ideally, about 2/3 of this power should reach the surface.
This should be measured, not in energy units, but in power units (energy/time). In SI units, 1 watt = 1 joule/second. The solar radiation at the top of the atmosphere - that is, outside the atmosphere - is roughly 1.36 kW/m2, or 1360 watts/m2. You can divide that by 10,000 to convert it to power per square centimeter. At the surface, the actual amount of power received can vary greatly, depending on the altitude (at sea level, there is more atmosphere overhead to absorb the sunlight), the time of day, the amount of clouds, etc.