$H^{+} / ATP$ Ratio in Photosynthetic Bacteria (Integrates with Chapter 20 .) Calculate (in Einsteins and in $kJ / mol$ ) how many photons would be required by the Rhodopseudomonas viridis photophosphorylation system to synthesize 3 ATPs. (Assume that the $R$ . viridis $F_{1} F_{0} - ATP$ synthase $c$ -subunit rotor contains $12 c$ -subunits and that the $R$ , viridis cytochrome $b c_{1}$ complex translocates $2 H^{+} / e^{-}$ .)

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H^{+} / ATP

Ratio in Photosynthetic Bacteria (Integrates with Chapter 20 .) Calculate (in Einsteins and in

kJ / mol

) how many photons would be required by the Rhodopseudomonas viridis photophosphorylation system to synthesize 3 ATPs. (Assume that the

R

. viridis

F_{1} F_{0} - ATP

synthase

c

-subunit rotor contains

12 c

-subunits and that the

R

, viridis cytochrome

b c_{1}

complex translocates

2 H^{+} / e^{-}

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Question Text	$H^{+} / ATP$ Ratio in Photosynthetic Bacteria (Integrates with Chapter 20 .) Calculate (in Einsteins and in $kJ / mol$ ) how many photons would be required by the Rhodopseudomonas viridis photophosphorylation system to synthesize 3 ATPs. (Assume that the $R$ . viridis $F_{1} F_{0} - ATP$ synthase $c$ -subunit rotor contains $12 c$ -subunits and that the $R$ , viridis cytochrome $b c_{1}$ complex translocates $2 H^{+} / e^{-}$ .)
Topic	All topics
Subject	Biology
Class	Class 12

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