For NADPH + `H^(+)` formation

How many quanta of light are required per NADPH + H^(+) formation?

Identify the correct statements from the below about ''Cyclic photophosphorylation'' (I) PSI only involved (II) Phosphorylation takes place at two places (III) Electrons released are cycled back (IV) There is no NADPH +H^(+) formation

how many molecules of ATP and NADPH are require in formation of two molecules of glucose ? How many calvin cycles are required

How many molecules of ATP and NADPH are require in formation of two molecules of glucose? How many Calvin cycles are required? (A) 18 ATP, 12 NADPH 6 Calvin cycles (B) 36 ATP, 24 NADPH, 12 Calvin cycles (C) 36-ATP, 24 NADPH, 6 Calvin cycles (D) 24 ATP,36 NADPH, 12 Calvin cycles

Consider the following processes: O_(2) evolution 2. CO_(2) fixation 3. NADPH formation 4. HMP pathway Which of these do not occur in thylakoids?

Consider the following processes: O_(2) evolution 2. CO_(2) fixation 3. NADPH formation 4. HMP pathway Which of these do not occur in thylakoids?

Consider the following processes: O_(2) evolution 2. CO_(2) fixation 3. NADPH formation 4. HMP pathway Which of these do not occur in thylakoids?

Consider the following processes: O_(2) evolution 2. CO_(2) fixation 3. NADPH formation 4. HMP pathway Which of these do not occur in thylakoids?

Assertion : Cycle photophosphorylation synthesizes ATP. Reason : ATP synthesize in cyclic photophosphorylation is not assoiated with NADPH formation.