Light reaction in stroma lamellae of the chloroplast results in the formation of

Question

Light reaction in stroma lamellae of the chloroplast results in the formation of (A)  NADPH2  (B)  ATP+NADPH2  (C) ATP (D)  O2

Tardigrade Admin · Accepted Answer

Photosystem-I is located in non-appressed part of grana and stroma lamellae. It involved both in cyclic and non-cyclic photophosphorylation. Interrelationship of PS-I and PS-II produces ATP and NADPH2

Q. Light reaction in stroma lamellae of the chloroplast results in the formation of

$N A D P H_{2}$

$A TP + N A D P H_{2}$

ATP

$O_{2}$

Photosystem-I is located in non-appressed part of grana and stroma lamellae. It involved both in cyclic and non-cyclic photophosphorylation. Interrelationship of PS-I and PS-II produces ATP and $N A D P H_{2}$

Q. Light reaction in stroma lamellae of the chloroplast results in the formation of

NADPH2​

ATP+NADPH2​

ATP

O2​

Photosystem-I is located in non-appressed part of grana and stroma lamellae. It involved both in cyclic and non-cyclic photophosphorylation. Interrelationship of PS-I and PS-II produces ATP and NADPH2​

$N A D P H_{2}$

$A TP + N A D P H_{2}$

$O_{2}$

Photosystem-I is located in non-appressed part of grana and stroma lamellae. It involved both in cyclic and non-cyclic photophosphorylation. Interrelationship of PS-I and PS-II produces ATP and $N A D P H_{2}$