The light reaction take place in the _______membrane of the chloroplast with water splitting occurring_______ in the space. Energy capture from in the linear flow configuration is ultimately found in the form of______ . As electrons leave the system they are carried on______ . New electrons are provided to the system by______ . The outside energy used to move electrons through the system enters in the form of _________ . When light hits the_______ the energy released from fluorescing photopigments is gathered at the________ of _______ causing the excitation of electrons within the_______ up to the________ leaving . The electron then travels down the_______ until it is accepted into the______ pigments of the________ of ________ .

The light reaction take place in the ___membrane of the chloroplast with water splitting occurring_ in the space. Energy capture from in the linear flow configuration is ultimately found in the form of . As electrons leave the system they are carried on . New electrons are provided to the system by . The outside energy used to move electrons through the system enters in the form of _ . When light hits the_ the energy released from fluorescing photopigments is gathered at the__ of _ causing the excitation of electrons within the_ up to the leaving . The electron then travels down the_ until it is accepted into the pigments of the of ____ .

Biology Today and Tomorrow without Physiology (MindTap Course List)

5th Edition

ISBN:9781305117396

Author:Cecie Starr, Christine Evers, Lisa Starr

Publisher:Cecie Starr, Christine Evers, Lisa Starr

Chapter5: Capturing And Releasing Energy

Section: Chapter Questions

Problem 5SQ

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Similar questions

Which compartment of the chloroplast is most similar to the mitochondrial matrix? the space between the inner and outer membrane the thylakoid membrane the thylakoid lumen the stroma the photosystems
ATP is produced when protons (H+) flow down the gradient through the H+ channel/ATP synthase in the thylakoid membrane. A researcher discovers a drug that slows down the passage of protons through the H+ channel/ATP synthase. What is expected to happen if this drug is applied to the chloroplasts? The pH in the chloroplast stroma will increase, and less ATP will be produced. The pH in the chloroplast stroma will decrease, and less ATP will be produced. The pH in the chloroplast stroma will increase, and more ATP will be produced. The pH in the chloroplast stroma will decrease, and more ATP will be produced.
The chloroplast is surrounded by two membranes where the inner membrane forms interconnected membrane sacs called thylakoids where the light dependent reactions take place. Select one: True False
Does the diagram represent cyclic or non-cyclic photophosphorylation: ____________________ ? When the reaction center of photosystem II ejects a high energy electron, the electron is replaced by an electron from _______________. When the reaction center of photosystem I ejects an electron, the electron goes to _____________________. What two high energy molecules are produced during the light dependent reactions of photosynthesis: ______________ and _____________?
Where is the proton concentration high in the chloroplast? Intermembrane space Thylakoid membrane Stroma Thylakoid space
When entering a photosystem, light energy is passed to: water. an electron carrier. the carotenoid centre. None of the answers listed are correct. Ochlorophyll.
Which of the following does NOT apply to chloroplasts? They contain an internal membrane system consisting of thylakoids They contain chlorophyll and the enzymes required for photosynthesis They are bounded by two membranes, the inner of which is folded into the cristae They synthesize ATP (adenosine triphosphate) from ADP (adenosine diphosphate) and Pi (inorganic phosphate)
Below is a cutaway drawing of a chloroplast. Please answer the following questions by choosing from the Word Bank. Grana CO2 fixation the Outer Membrane Photophosphorylation The arrow at "A" is pointing at the the bracket at "D" is Thylakoids Calvin Cycle function performed in the "B" area is occurs at arrow or at arrow The structure that receives input from "F" is F Stroma The arrow at "C" is pointing at the 3 Dark Reaction Light Reaction Inner membrane CK The arrow at "B" is pointing at The function performed at “C” and at "D" is [ The arrow at "E" is pointing at the The structure indicated by The ATP is synthesized at arrow The dark reaction
The thylakoid membrane of the chloroplast has features similar to the mitochondrial inner membrane. Which of these features is NOT a common feature? has photosensitive pigments has ATP synthase enzyme embedded in the membrane has limited permeability to protons is made of phospholipids is embedded with electron transport chain proteins.
Carbon fixation during the light-independent reaction of photosynthesis obtains its carbon atoms: from water molecules only from carbon monoxide molecules only from H2O molecules only from carbon dioxide molecules only from CO molecules only
rate of photosynthesis below. displayed in the Diagram 8: Temperature and Rate of Photosynthesis 5 10 15 20 25 30 35 40 temperature (°C) Select the passage below that is an example of how high temperatures greatly reduce the rate of photosynthesis. O Grass changes from green to brown in late fall/ early winter. O Grass becomes green when watered during the summer time. O Grass changes from green to brown in the middle of the summer. O Grass changes from brown to green in the spring time.
In photosynthesis, linear electron flow produces both ________ and ________, but cyclic electron flow only produces ____________.