NO_2^- rightarrow NO_3^-The above mentioned r | vedclass

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(C) The conversion of nitrite $(NO_2^-)$ to nitrate $(NO_3^-)$ is a key step in the process of nitrification.This specific oxidation reaction is carri

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Nitrobacter

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(C) The conversion of nitrite $(NO_2^-)$ to nitrate $(NO_3^-)$ is a key step in the process of nitrification.This specific oxidation reaction is carried out by the chemoautotrophic bacterium $Nitrobacter$.$Nitrosomonas$ is responsible for the oxidation of ammonia $(NH_3)$ to nitrite $(NO_2^-)$.Therefore,the correct organism for the given reaction is $Nitrobacter$.

$NO_2^- \rightarrow NO_3^-$
The above mentioned reaction occurs in the presence of .....

Similar Questions

Which bacteria is responsible for the reduction of nitrates into nitrogen in soil?

Nitrifying bacteria perform which of the following processes?

Which of the following is present in the maximum amount in the atmosphere?

Nitrite is converted to nitrate by

$A$: Ammonia is oxidized first to nitrite and then to nitrate by the action of $Nitrosomonas$ and $Nitrobacter$ respectively.
$R$: Nitrite thus formed is absorbed by leaves.

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$NO_2^- \rightarrow NO_3^-$The above mentioned reaction occurs in the presence of .....