During the light-dependent reactions of photosynthesis, water molecules are split. Which two elements are liberated from water in this process?
Carbon and Oxygen
Hydrogen and Oxygen
Magnesium and Oxygen
Phosphorus and Oxygen
Related Questions
Which chemical compound/molecule supplies electrons continuously to PS-II?
NADPH
In light reaction, plastoquinone facilitates the transfer of electrons from
PS-II to complex
complex to PS-I
PS-I to
PS-I to ATP synthase
Electrons are transferred by splitting of through ETC during light reaction and reduces
NAD to NADH+
NADPH to
to
NAD to NADPH +
Which type of plant would be MOST suitable for cultivation in hot, arid regions where water conservation and efficient photosynthesis are crucial, and photorespiration is a major concern?
C3 plants
C4 plants
CAM plants
Bryophytes
The molecule present in the reaction centre of photosystem is
Chlorophyll-a
Chlorophyll-b
Chlorophyll-c
Chlorophyll-d
Read the following table and choose the correct pair.
I.    DCMU Herbicide Inhibitor of non-cyclic electron transport
II.    PMA Fungicide Reduce transpiration
III.    Colchicine Alkaloid Causes male sterility
IV.    Soilrite Sodium alginate Encapsulation of somatic embryos
I and II
I and III
II and IV
III and IV
If the light-dependent reactions were inhibited, which molecule's production would be directly affected first?
Oxygen
Glucose
Carbon dioxide
Water
Which of the following statements are correct?
I. Light reaction occurs in stroma
II. Light reaction occurs in grana
III. Dark reaction occurs in stroma
IV. Dark reaction occurs in grana
Choose the correct option
I and II
II and IV
III and IV
II and III
In photorespiration, which is light induced cyclic oxidation of photosynthetic intermediates with the help of oxygen, the substrate is
Glycolate
Glucose
Pyruvic acid
Acetyl Co-A
Which one of the following is not true about the light reactions of photosynthesis?
Light energy is converted into chemical energy.
Water molecules are split.
ATP and NADPH are produced.
Carbon dioxide is incorporated into organic molecules.