The gas emitted by supersonic jet planes that slowly depletes concentration of ozone layer is

Question

The gas emitted by supersonic jet planes that slowly depletes concentration of ozone layer is (A) CO (B) NO (C) SO2 (D) O2

Tardigrade Admin · Accepted Answer

The gas released into upper atmosphere from engine of supersonic transport plane is nitric oxide (NO). It reaches into the stratosphere, reacts with ozone and causes its depletion.

NO + O_{3} ⟶ N O_{2} + O_{2}

O_{2} \to U V NO + [O] + [O]

N O_{2} + [O] ⟶ NO + O_{2}

Q. The gas emitted by supersonic jet planes that slowly depletes concentration of ozone layer is

CO

NO

$S O_{2}$

$O_{2}$

HF

The gas released into upper atmosphere from engine of supersonic transport plane is nitric oxide (NO). It reaches into the stratosphere, reacts with ozone and causes its depletion.

$NO + O_{3} ⟶ N O_{2} + O_{2}$

$O_{2} \to U V NO + [O] + [O]$

$N O_{2} + [O] ⟶ NO + O_{2}$

Q. The gas emitted by supersonic jet planes that slowly depletes concentration of ozone layer is

CO

NO

SO2​

O2​

HF

The gas released into upper atmosphere from engine of supersonic transport plane is nitric oxide (NO). It reaches into the stratosphere, reacts with ozone and causes its depletion. NO+O3​⟶NO2​+O2​ O2​→UVNO+[O]+[O] NO2​+[O]⟶NO+O2​

$S O_{2}$

$O_{2}$

The gas released into upper atmosphere from engine of supersonic transport plane is nitric oxide (NO). It reaches into the stratosphere, reacts with ozone and causes its depletion.

$NO + O_{3} ⟶ N O_{2} + O_{2}$

$O_{2} \to U V NO + [O] + [O]$

$N O_{2} + [O] ⟶ NO + O_{2}$