Atmosphere Layers Correct Order
Understanding the sequence of atmospheric layers is crucial. This explanation details the correct order starting from the Earth's surface.
Atmospheric Layers Sequence
The primary layers of Earth's atmosphere, ordered from the surface upwards, are:
- Troposphere: The layer closest to the Earth, where we live and where weather occurs.
- Stratosphere: Above the troposphere, containing the ozone layer which absorbs UV radiation.
- Mesosphere: Above the stratosphere, the coldest layer, where most meteors burn up.
- Ionosphere: This region, overlapping the Mesosphere and Thermosphere, is characterized by charged particles (ions) important for communication.
- Exosphere: The outermost layer, gradually fading into the vacuum of space.
This ordered sequence correctly identifies the atmospheric layers based on their position relative to the Earth's surface.
Similar Questions
- What is the low-pressure belt near the equator commonly known as?
- Which of the given layer of the atmosphere has the lowest density?
- Which of the following gases makes up 78% of our atmosphere and also a part of many molecules essential to life?
- Which of the following statements is CORRECT about El Nino?
- What do we call the force which affects the direction of wind and is caused by the rotation of the earth on its axis?
- From which language is the word 'El-Nino' derived?
- The word 'Mausim' (referring to 'monsoon') comes from which of the following languages?
- Which of the following statements is correct regarding the Aurora Borealis?
Tropical cyclones form mainly due to:
Which of the following does NOT influence the horizontal distribution of air pressure?
Important Questions from Climatology
In which of the following atmospheric layers ozone gas is concentrated?
Ozone layer depletion is a major phenomenon in :
Starting from Earth's surface, the right sequence is-
I. Stratosphere
II. Troposphere
III. Ionosphere
IV. Mesosphere
By which layer of the atmosphere the ultra-violet rays are absorbed ?
______ is the uppermost layer of the atmosphere.
