Select the correct pathway for electron transport during photosynthesis.

Question

Select the correct pathway for electron transport during photosynthesis. (A) CO 2 arrow RuBP arrow Glucose - ATP (B) H 2 O arrow PS - I arrow PS - II arrow NADPH + H + (C) H 2 O arrow PS - II arrow PS - I arrow NADPH + H + (D) H 2 O arrow PS-II arrow PS-I arrow ATP

Tardigrade Admin · Accepted Answer

Electrons during photosynthesis go from H 2 O to the PS-II. They reach to PS-I by various cytochrome carriers. They ultimately reach to the NADP +and reduce it in the presence of H +to NADPH + H +.

Q. Select the correct pathway for electron transport during photosynthesis.

$C O_{2} \to R u BP \to$ Glucose - ATP

$H_{2} O \to PS - I \to PS - II \to N A D P H + H^{+}$

$H_{2} O \to PS - II \to PS - I \to N A D P H + H^{+}$

$H_{2} O \to PS - II \to PS - I \to A TP$

Electrons during photosynthesis go from $H_{2} O$ to the PS-II. They reach to PS-I by various cytochrome carriers. They ultimately reach to the $N A D P^{+}$ and reduce it in the presence of $H^{+}$ to $N A D P H + H^{+}$ .

Q. Select the correct pathway for electron transport during photosynthesis.

CO2​→RuBP→ Glucose - ATP

H2​O→PS−I→PS−II→NADPH+H+

H2​O→PS−II→PS−I→NADPH+H+

H2​O→PS−II→PS−I→ATP

Electrons during photosynthesis go from H2​O to the PS-II. They reach to PS-I by various cytochrome carriers. They ultimately reach to the NADP+and reduce it in the presence of H+to NADPH+H+.

$C O_{2} \to R u BP \to$ Glucose - ATP

$H_{2} O \to PS - I \to PS - II \to N A D P H + H^{+}$

$H_{2} O \to PS - II \to PS - I \to N A D P H + H^{+}$

$H_{2} O \to PS - II \to PS - I \to A TP$

Electrons during photosynthesis go from $H_{2} O$ to the PS-II. They reach to PS-I by various cytochrome carriers. They ultimately reach to the $N A D P^{+}$ and reduce it in the presence of $H^{+}$ to $N A D P H + H^{+}$ .