The temperature of ozone layer is same as stratosphere. It is because ozone layer is in stratosphere.
Stratification means there are multiple distinct layers within the same region. The stratosphere is stratified by temperature, so there are layers within the stratosphere of distinctly difference temperature.
No. The ozone is stratosphere is good ozone. The ozone in troposphere is bad ozone.
The ozone in troposphere acts as a pollutant. The ozone in stratosphere protects us against UV rays.
Ozone is basically the same trioxygen molecule. It is present both in the stratosphere as well as troposphere.
The ozone hole is found in the same layer as ozone layer. It is found in stratosphere.
Ozone is an isotope of oxygen while the Ozone Layer is part of the stratosphere.
Both the ozone layers are formed by the same parent element. That is oxygen.
Ozone layer
No, they're exactly the same. The only reason they're "good" in the stratosphere is that no one's trying to breathe them up there.
Atmosphere. Ozone is formed by interaction between oxygen in the atmosphere, and UV-C from the Sun.
As altitude increases the temperature in the troposphere and the mesosphere drop. In the troposphere the temperature drops because the air is becoming further away from it's source of heat, the earth's surface. In the mesosphere a drop in temperature occurs as altitude increases because air becomes further away from it's heat source, the ozone layer. The layers as they appear closest to the earth's surface and moving away are: troposphere, stratosphere, mesosphere and thermosphere. Weather occurs only in the troposphere.
Oxygen and nitrogen absorb most of the UV-C and more energetic light from the Sun. Ozone uniquely absorbs UV-B (which protects the DNA of all surface life on Earth), one narrow band of blue and that only slightly, and very strongly in the far infrared (as do most greenhouse gases). Oxygen and nitrogen as typical diatomic gases cannot normally radiate energy away as heat. So when ozone is present, the ozone gets "knocked around", and it can serve to radiate this heat way. Ozone then serves to make the atmosphere *appear* warmer, from coupling heat from the oxygen and nitrogen in the stratosphere, scattering some of the UV-B's energy as heat, and capturing heat from the Earth's surface and the Sun. Depletion makes the stratosphere appear to cool.