please provide detailed answe Anaerobic ammonium oxidation $($anammox$)$ is being applied as energy$-$efficient

approach to remove nitrogen in wastewater. Anammox bacteria are recently found to

be capable of using electrode as an alternative electron acceptor and grow in

bioelectrochemical systems $($Nature Communications, $2020.11(1)$: p$.2058.).$

$N{H}_4^{+}+N{O}_2^{-}{N}_2+2H_{2}O$

$G^0=-357k\frac{J}{m}ol$

a$)$ Write the half reactions of anammox. Indicate the number of electrons transferred.

b$)$ Calculate the standard reduction potential for the overall anammox reaction.

c$)$ Find the redox potential at $pH7$ and $25C$ under the following condition:

$P_{N2}=0\mathrm{.}78$atm

$[N{H}_4^{+}]=30m\frac{g}{L}$

$[N{O}_2^{-}]=1m\frac{g}{L}.$

d$)$ Under the same condition, how many moles of ATP can theoretically be generated when

anammox bacteria use an electrode with a reduction potential of $+0\mathrm{.}6Vvs.$ SHE?

$E_{NH4\frac{+}{N}2}^0=-0\mathrm{.}28Vvs.$ SHE

$G_{AT\frac{P}{A}DP}^0=-32\mathrm{.}5k\frac{J}{m}ol$

e$)$ Explain why such a favorable redox reaction does NOT lead to rapid growth of anammox

bacteria.