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Drag items from the left column to the correct order in the right column. In carbon reduction, ATP and NADPH are used to create G3P Pigments in the antenna complex absorb photons and pass the energy to the reaction center Electrons are excited in specialized chlorophyll molecules inside the reaction center Electrons flow down Eléctron Transport Chains producing ATP and NADPH Carbon fixation occurs when CO2 is combined with RUBP by the enzyme rubisco forming PGA 2 molecules of G3P are converted into 1 molecule of glucose Energized electrons are accepted by an electron acceptor molecule 10 molecules of G3P are modified to generate RUBP

Drag items from the left column to the correct order in the right column. In carbon reduction, ATP and NADPH are used to create G3P Pigments in the antenna complex absorb photons and pass the energy to the reaction center Electrons are excited in specialized chlorophyll molecules inside the reaction center Electrons flow down Eléctron Transport Chains producing ATP and NADPH Carbon fixation occurs when CO2 is combined with RUBP by the enzyme rubisco forming PGA 2 molecules of G3P are converted into 1 molecule of glucose Energized electrons are accepted by an electron acceptor molecule 10 molecules of G3P are modified to generate RUBP

Biochemistry
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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I Drag items from the left column to the correct order in the right column. In carbon reduction, ATP and NADPH are used to create G3P Pigments in the antenna complex absorb photons and pass the energy to the reaction center Electrons are excited in specialized chlorophyll molecules inside the reaction center Electrons flow down Electron Transport Chains producing ATP and NADPH Carbon fixation occurs when CO2 is combined with RUBP by the enzyme rubisco forming PGA 2 molecules of G3P are converted into 1 molecule of glucose Energized electrons are accepted by an electron acceptor molecule 10 molecules of G3P are modified to generate RUBP
Transcribed Image Text:I Drag items from the left column to the correct order in the right column. In carbon reduction, ATP and NADPH are used to create G3P Pigments in the antenna complex absorb photons and pass the energy to the reaction center Electrons are excited in specialized chlorophyll molecules inside the reaction center Electrons flow down Electron Transport Chains producing ATP and NADPH Carbon fixation occurs when CO2 is combined with RUBP by the enzyme rubisco forming PGA 2 molecules of G3P are converted into 1 molecule of glucose Energized electrons are accepted by an electron acceptor molecule 10 molecules of G3P are modified to generate RUBP
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