Complete the sentences to explain how the phosphorylation of ADP occurs.Match the words in the left column to the appropriate blanks in the sentences on the right.ADP moleculesHigh-energymove throughphosphate moleculemovement releases energy to combine aintermembrane spaceATP synthaseH+ ionsCoQmitochondrial matrixto return to thewith ADP.ResetThisHelp

A widely accepted model for ATP synthesis is the binding change mechanism or flip-flop…

Answered: ADP molecules phosphate molecule…

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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d. A given molecule of ATP can be broken down to ADP + P close to 1500 times in a day (“ATP cycle"). This is occurring in order to List a few examples of cellular work. for cellular work. e. Where does the energy to make ATP come from? It doesn't make sense to use ATP to make ATP. The energy to make ATP comes from specifically these types of macromolecules: and
Which of the below cellular processes requires input of ATP energy? Group of answer choices ATP-synthase creating ATP Na+-K+-ATPase (sodium-potassium pump) activity Simple diffusion Pyruvate Oxidation The Electron Transport Chain
Which of the following is responsible for providing energy for ATP synthase to produce ATP? ATP Electrons Specialized enzymes Protons
During aerobic respiration, in heterotrophic organisms, which of the following is a substrate molecule that will be oxidized as it is converted into product molecules? diatomic oxygen carbon dioxide glucose water CO2
An electron carrier is a compound that is reduced and then oxidized. is oxidized and then reduced. lowers activation energy. helps with active transport. is embedded in the cell membrane. d b C
Diffusion always stops; at Zero O when there is no more ATP at a pH of 7 None of these is correct O at St. Luis
Function of proteins in the ETC (electron transport chain)? energy of proteins used to pump electrons (in the form of O2) outside of the inner membrane into the inner membrane space energy of proteins used to pump protons (in the form of H ions) outside of the inner membrane into the inner membrane space energy of proteins used to pump protons (in the form of H ions) inside of the inner membrane into the outside of inner membrane space energy of proteins used to pump electrons (in the form of H ions) outside of the inner membrane into the inner membrane space
Cellular respiration releases the energy stored in the (Level 1) bonds in carbon dioxide molecules bonds in glucose molecules atoms of oxygen atoms of carbon 26,420 MacBook Air 80 888 DII F3 F4 FS F7 F8 F2 2# $ & 3 4 5 9. 7 8 W E T. Y 一 D F G H J K C V M nd B
ATP synthase attaches a phosphate group to ADP, forming ATP .This process requires energy. The energy is provided by electron carrier molecules in the electron transport system that pump ___________into the intermembrane space (also called outer compartment). When these move back into the ___________, they must move through ATP synthase. This movement through ATP synthase provides the power needed by ATP synthase to push the third phosphate group onto ADP. protons (H+ ions); mitochondrial matrix protons; intermembrane space electrons; intermembrance space electrons; mitochondrial matrix
Below is an Image of mitochondria, identify which numbered area respond to outer membrane, inner membrane, intermbrane and matrix described where the process of glycosis, pyruvates oxidation, citric acid cycle and electron transport occur.
The figure below shows that Adenosine P ATP Triphosphate P O A ADP can perform cellular work when it binds to an additional phosphate group O B. ATP can perform cellular work when it releases a phosphate group O C.ATP can be converted to ADP by adding a phosphate group ⒸD. energy is released from ATP during the process of cellular respiration Energy Adenosine ADP Diphosphate P P + P Phosphate (transferred to another molecule)
Which part of the FoF1 ATP synthase is the pore through which protons (H+) move? the a subunit of the Fo static component the gamma subunit of the F1 mobile component the beta subunits of the F1 static component the c subunits of the Fo mobile component

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ADP molecules phosphate molecule intermembrane space ATP synthase H+ ions CoQ mitochondrial matrix High-energy move through movement releases energy to combine a to return to the with ADP. Reset Help . This