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Ozone (O₃) is not considered a stable molecule; it is relatively reactive and can decompose into oxygen (O₂) under certain conditions. Its instability is due to the presence of a weak bond between the oxygen atoms in the ozone molecule. While it plays a crucial role in the Earth's stratosphere by absorbing UV radiation, its reactivity can also lead to environmental concerns, particularly in the lower atmosphere where it can contribute to air pollution.
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How is a molecule of ozone different from a molecule of atmospheric oxygen?
Ozone is a tri oxygen molecule. While the ozone layer is formed by the collection of large number of ozone molecules.
Why is ozone a stable allotrope of oxygen?
Ozone is a stable allotrope of oxygen because it is a resonant structure where the three oxygen atoms are connected in a cyclic arrangement. This delocalization of electrons across the molecule increases its stability compared to other arrangements.
What process does this ozone molecule become stable?
An ozone molecule (O₃) becomes stable through the formation of a resonance structure, where the electrons are delocalized across the three oxygen atoms. This delocalization allows the molecule to distribute its energy more evenly, reducing the overall energy and increasing stability. Additionally, ozone can also absorb ultraviolet (UV) light, which can lead to the dissociation of ozone into diatomic oxygen (O₂) and free oxygen atoms, but the overall stability is maintained through the balance of these reactions in the atmosphere.
How many oxygen atoms are there in molecule of ozone?
There are three oxygen atoms in a molecule of ozone (O3).
Is ozone a diatomic molecule?
No. Ozone (O3) is triatomic, having 3 oxygen atoms in each molecule.
How is a molecule of ozone different from a molecule of atmospheric oxygen?
Ozone is a tri oxygen molecule. While the ozone layer is formed by the collection of large number of ozone molecules.
Why ozone is molecule?
Ozone is a molecule because it is composed of three oxygen atoms bonded together. Its chemical formula is O3, distinguishing it from the diatomic oxygen molecules (O2) that we commonly encounter. The three oxygen atoms are connected by covalent bonds, forming a stable triatomic molecule.
Why is ozone a stable allotrope of oxygen?
Ozone is a stable allotrope of oxygen because it is a resonant structure where the three oxygen atoms are connected in a cyclic arrangement. This delocalization of electrons across the molecule increases its stability compared to other arrangements.
Is ozone a molecule of an element?
Ozone is a molecule. Its formula is O3.
Is ozone a polar molecule?
Yes, ozone is a polar molecule.
What process does this ozone molecule become stable?
An ozone molecule (O₃) becomes stable through the formation of a resonance structure, where the electrons are delocalized across the three oxygen atoms. This delocalization allows the molecule to distribute its energy more evenly, reducing the overall energy and increasing stability. Additionally, ozone can also absorb ultraviolet (UV) light, which can lead to the dissociation of ozone into diatomic oxygen (O₂) and free oxygen atoms, but the overall stability is maintained through the balance of these reactions in the atmosphere.
What do you get when you remove 1 molecule from ozone?
You get nothing, since ozone is a molecule.
What happens when a CFC molecule comes near a ozone molecule?
When CFC molecule comes near ozone, it reacts with it. This leads to depletion of ozone layer.
What are found in the stratosphere?
The ozone molecule in found in the ozone layer. It is an allotrope of oxygen molecule.
What does the 3 in ozone stand for?
The ozone molecule is represented as O3. The no. 3 represent the no. of oxygen molecules present in the ozone molecule.
What supplies the ozone for the ozone layer?
Ozone is a trioxygen molecule. It is naturally fomed by the action of UV light on oxygen molecule.
The atomicity of oxygen in ozone is 1.5 times that of oxygen in oxygen molecule derive the formula of ozone?
Ozone at the higher levels of the atmosphere is a product of UV radiation acting on oxygen (O2) molecule. The higher energy UV radiations split apart some molecular oxygen (O2) into free oxygen (O) atoms. These atoms then combine with the molecular oxygen to form ozone as shown--- O2 → O + O (in the presence of UV) O + O2 → O3 (ozone)
