What happens to a water molecule during noncyclic photophosphorylation? -Biology

What happens to a water molecule during noncyclic photophosphorylation? -Biology
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Difference between cyclic and noncyclic photophosphorylation. -Biology

Description : Difference between cyclic and noncyclic photophosphorylation. -Biology

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What are the products of noncyclic photophosphorylation? -Biology

Description : What are the products of noncyclic photophosphorylation? -Biology

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What is the fate of electrons in noncyclic photophosphorylation? -Biology

Description : What is the fate of electrons in noncyclic photophosphorylation? -Biology

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NADP+ is reduced to NADPH in (a) PS I (b) PS II (c) Calvin cycle (d) noncyclic photophosphorylation.

Description : NADP+ is reduced to NADPH in (a) PS I (b) PS II (c) Calvin cycle (d) noncyclic photophosphorylation.

Last Answer : (d) noncyclic photophosphorylation.

What is the role of water in non-cyclic photophosphorylation? -Biology

Description : What is the role of water in non-cyclic photophosphorylation? -Biology

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Explain photophosphorylation. -Biology

Description : Explain photophosphorylation. -Biology

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What is photophosphorylation? Where does photophosphorylation occur in the leaves? -Biology

Description : What is photophosphorylation? Where does photophosphorylation occur in the leaves? -Biology

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Photophosphorylation definition -Biology

Description : Photophosphorylation definition -Biology

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Site of non-cyclic photophosphorylation? -Biology

Description : Site of non-cyclic photophosphorylation? -Biology

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What does cyclic photophosphorylation yield? -Biology

Description : What does cyclic photophosphorylation yield? -Biology

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What is non-cyclic photophosphorylation? -Biology

Description : What is non-cyclic photophosphorylation? -Biology

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What is cyclic photophosphorylation? -Biology

Description : What is cyclic photophosphorylation? -Biology

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What are the products of linear photophosphorylation? -Biology

Description : What are the products of linear photophosphorylation? -Biology

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The splitting up of water molecules in plant cells in the presence of sunlight is called (A)Photophosphorylation (B) Photosynthesis (C) Photolysis (D) Phosphorylation

Description : The splitting up of water molecules in plant cells in the presence of sunlight is called (A)Photophosphorylation (B) Photosynthesis (C) Photolysis (D) Phosphorylation

Last Answer : (C) Photolysis

Where is solar energy bound in the process of photophosphorylation ?

Description : Where is solar energy bound in the process of photophosphorylation ?

Last Answer : As a result of the photophosphorylation process, solar energy is bound to the end phosphate bracket of ATP .

What is photophosphorylation ?

Description : What is photophosphorylation ?

Last Answer : During photosynthesis, ADP converts to solar energy and becomes ATP . This process is called photophosphorylation.

What is acyclic photophosphorylation ?

Description : What is acyclic photophosphorylation ?

Last Answer : : The photophosphorylation process in which high-energy electrons emitted from chlorophyll molecules attach to NADP after passing through various carriers , but the electrons from which the emitted chlorophyll does not return to the chlorophyll is called inorganic photophosphorylation.

What is photophosphorylation ?

Description : What is photophosphorylation ?

Last Answer : The process of making ATP using solar energy is called photophosphorylation.

Non-cyclic photophosphorylation results in production of

Description : Non-cyclic photophosphorylation results in production of

Last Answer : Non-cyclic photophosphorylation results in production of A. ATP B. NADPH C. ATP nd NADPH D. ATP, NADPH , and `O_(2)`

The first electron acceptor in photosystem-I of cyclic photophosphorylation is

Description : The first electron acceptor in photosystem-I of cyclic photophosphorylation is

Last Answer : The first electron acceptor in photosystem-I of cyclic photophosphorylation is A. Cytochrome B. Plastocyanin C. Ferrodoxin D. Plastoquinone

Cyclic photophosphorylation releases

Description : Cyclic photophosphorylation releases

Last Answer : Cyclic photophosphorylation releases A. ATP and `NADPH_(2)` B. ATP , `NADPH_(2) ` and oxygen C. ATP only D. `NADPH_(2)` only

Ferritin is (A) Coenzyme (B) One of the component of photophosphorylation (C) It is the stored form of iron (D) Non-protein moiety

Description : Ferritin is (A) Coenzyme (B) One of the component of photophosphorylation (C) It is the stored form of iron (D) Non-protein moiety

Last Answer : Answer : C

Non-cyclic photophosphorylation is also known as a. Oxygenic photosynthesis b. Photosynthesis c. Anoxygenic photosynthesis d. Photophosphorylation

Description : Non-cyclic photophosphorylation is also known as a. Oxygenic photosynthesis b. Photosynthesis c. Anoxygenic photosynthesis d. Photophosphorylation

Last Answer : Ans: B

The utilization of light energy to drive the synthesis of ATP is called as a. Photolysis b. Photophosphorylation c. Photosynthesis d. Respiration

Description : The utilization of light energy to drive the synthesis of ATP is called as a. Photolysis b. Photophosphorylation c. Photosynthesis d. Respiration

Last Answer : Ans: C

C4 plant normaly produce more biological yield than C3 plant because of: (A) More photorespiration (B) Less photorespiration (C) Less photophosphorylation (D) More photophosphorylation

Description : C4 plant normaly produce more biological yield than C3 plant because of: (A) More photorespiration (B) Less photorespiration (C) Less photophosphorylation (D) More photophosphorylation

Last Answer : (B) Less photorespiration

Which one of the following concerns photophosphorylation? (a) ADP + AMP ATP Light energy (b) ADP + Inorganic PO4 ATP Light energy (c) ADP + Inorganic PO4 ATP (d) AMP + Inorganic PO4 ATP

Description : Which one of the following concerns photophosphorylation? (a) ADP + AMP ATP Light energy (b) ADP + Inorganic PO4 ATP Light energy (c) ADP + Inorganic PO4 ATP (d) AMP + Inorganic PO4 ATP

Last Answer : ) AMP + Inorganic PO4 ATP

Cyclic photophosphorylation results in the formation of (a) ATP and NADPH (b) ATP, NADPH and O2 (c) ATP (d) NADPH.

Description : Cyclic photophosphorylation results in the formation of (a) ATP and NADPH (b) ATP, NADPH and O2 (c) ATP (d) NADPH.

Last Answer : (c) ATP

Read the following four statements, (i), (ii), (iii) and (iv) and select the right option having both correct statements. Statements : (i) Z scheme of light reaction takes place in presence of PSI only. (ii) Only PSI is functional in cyclic photophosphorylation. (iii)Cyclic photophosphorylation results into synthesis of ATP and NADPH2. (iv) Stroma lamellae lack PSII as well as NADP. (a) (ii) and (iv) (b) (i) and (ii) (c) (ii) and (iii) (d) (iii) and (iv)

Description : Read the following four statements, (i), (ii), (iii) and (iv) and select the right option having both correct statements. Statements : (i) Z scheme of light reaction takes place in presence of PSI only. (ii) Only PSI is ... and (iv) (b) (i) and (ii) (c) (ii) and (iii) (d) (iii) and (iv)

Last Answer : (a) (ii) and (iv)

Read the following four statements (A – D). (A) Both photophosphorylation and oxidative phosphorylation involve uphill transport of protons across the membrane. (B) In dicot stems, a new cambium originates from cells of pericycle at the time of secondary growth. (C) Stamens in flowers of Gloriosa and Petunia are polyandrous.(D) Symbiotic nitrogen fixers occur in free-living state also in soil.

Description : Read the following four statements (A - D). (A) Both photophosphorylation and oxidative phosphorylation involve uphill transport of protons across the membrane. (B) In dicot stems, a new cambium ... Petunia are polyandrous. (D) Symbiotic nitrogen fixers occur in free-living state also in soil.

Last Answer : (A) Both photophosphorylation and oxidative phosphorylation involve uphill transport of protons across the membrane.

Emerson’s enhancement effect and Red drop have been instrumental in the discovery of (a) photophosphorylation and cyclic electron transport (b) oxidative phosphorylation (c) photophosphorylation and non-cyclic electron transport (d) two photosystems operating simultaneously.

Description : Emerson’s enhancement effect and Red drop have been instrumental in the discovery of (a) photophosphorylation and cyclic electron transport (b) oxidative phosphorylation (c) photophosphorylation and non-cyclic electron transport (d) two photosystems operating simultaneously.

Last Answer : (d) two photosystems operating simultaneously.

In glycolysis, ATP is created by A.photophosphorylation B.the chemiosmotic mechanism C.substrate level phosphorylation D.the pentose phosphate pathway

Description : In glycolysis, ATP is created by A.photophosphorylation B.the chemiosmotic mechanism C.substrate level phosphorylation D.the pentose phosphate pathway

Last Answer : C.substrate level phosphorylation

The process through which excess of light energy is dissipated in photosynthesis is known as (1) Quenching (2) Scavenging (3) Photolysis (4) Photophosphorylation

Description : The process through which excess of light energy is dissipated in photosynthesis is known as (1) Quenching (2) Scavenging (3) Photolysis (4) Photophosphorylation

Last Answer : Quenching

In water molecule the bond angle decreases from 109.28 to 104.5, why this does happens ?

Description : In water molecule the bond angle decreases from 109.28 to 104.5, why this does happens ?

Last Answer : The repulsion between lone pair and lone pair electrons In NH3 molecule, the bond angle decreases from 109.28 to 107.3 why does it happen. The more repulsion between lone pair and bond pair

Where does the Replication of DNA molecule happens?

Description : Where does the Replication of DNA molecule happens?

Last Answer : Need answer

What happens when a chemical bond is formed? (1) energy is always absorbed (2) energy in always released (3) more energy is released than is absorbed (4) energy is neither released nor absorbed Correct (4) Answer – (1) energy is always absorbed Explanation: If a bond is broken, energy is released; and if a bond is formed, energy must have been absorbed. As these occur, a change in the chemical energy of the system also occurs. Within each bond of a molecule is an experimentally determined amount of enemy that upon the breaking of that bond is released into the chemical system. The energy within these bonds are 'stored' and can be easily thought of as potential energy. Upon the breaking of these bonds the energy is released thereby creating usable energy.

Description : What happens when a chemical bond is formed? (1) energy is always absorbed (2) energy in always released (3) more energy is released than is absorbed (4) energy is neither released nor ... as potential energy. Upon the breaking of these bonds the energy is released thereby creating usable energy.

Last Answer : Silver nitrate solution is kept in brown bottles in laboratory because - (1) it reacts with ordinary white bottles (2) brown bottles stops the passage of light through it (3) brown bottles do not react with it (4) brown bottles react with it