4. Below each item, identify WHAT it is, indicate WHERE in the cell it is used/made (cytoplasm or mitochondria), identify WHICH STEP of cellular it is used/madein, indicate WHY it is used/made in cellular respiration. Then draw an arrow to indicate where electrons are donated from and end up60₂6H₂OENERGY+WHATWHERESTEPWHYC6H₁2O612++I6C0₂

Glycolysis is the metabolic pathway that converts glucose into pyruvate. The free energy that is…

Answered: 4. Below each item, identify WHAT it…

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter2: Cells And Cell Division

Section: Chapter Questions

Problem 2QP: Assign a function(s) to the following cellular structures: a. plasma membrane b. mitochondrion c....

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18) The contents of ..once released inside the cell can kill the cell. They can also be used to break down the bacteria or the food, which has been taken up by the cell, as well as degrade cell organelles (such as mitochondria), which are too old.
The absorption of nutrients is determined by... The cell's volume The cell's surface area The cell's ribosomes The cell's DNA
The main components of a mitochondrion are: Outer membrane O Thylakoid membrane O Cytosol O Inner membrane Grana O ATP Synthase for chemiosmosis Vacuole O Endoplasmic reticulum Stroma
E You ve already respo E 5.1 Explore - Cell Ene E You ve already respo E 5.1 E e/1FA pOLSC7NSaVoe9R4TM3PcbLfe-DkZB4zycCBgLxX03yj3sry0RXTW/viewscor X Observe: Click Next. What happens in the cytoplasm? This process is called glycolysis. Two pyruvate (C3H3O3-) molecules are produced in glycolysis. The released energy is used to form a net of two ATP (adenosine triphosphate) molecules. Energy is later released when ATP molecules are broken down. Select what happens: Glucose gets broken down into 2 pyruvate molecules in the cytoplasm outside of the mitochondria. CO2 is absorbed into the mitochondria. Glucose gets broken down into two pyruvate molecules in the mitochondria. X. O A small amount of energy is produced. Observe: Click Next. What happens now? * Two pyruvate move into the mitochondria. Two pyruváte move into the chloroplast. Cop
Chemiosmosis involves. the movement of electrons across the cell membrane the movement of hydrogen atoms across a mitochondrial membrane the movement of hydrogen ions across a mitochondrial membrane the movement of glucose through the cell membrane
Adenosine triphosphate (ATP) is an important molecule because it ________. is the result of catabolism release energy in uncontrolled bursts stores energy for use by body cells All of the above
10) Describe the process of cellular respiration, from the introduction of a glucose molecule into the cytoplasm to the production of the final ATP made from energy contained within that glucose molecule.
The mechanism that permits internal cell physiology to control the structure of the external cell wall is the O Endomembrane system O Endoplasmic reticulum O Glucose availability controlled by the mitochondria O Cytoskeleton O Glucose availability controlled by the chloroplasts
Below is a diagram of the cross section of a mitochondrion. Fill in the blanks by choosing words from the Word Bank. Word Bank. Stroma membrane Electron Transport Chain accumulation site The structure at A is The process occurring at C is H+ ******** ADP H* H* ATP Chemiosmosis H+ The area at E is (E) ATP synthase Inner membrane NAD+ + H+ Matrix H* B H+ Vacuole FADH₂ NADH H* Citric acid cycle FAD + 2H+ The structure at B is H* Cyt c Stomate H* Calvin Cycle 1/20₂ + 2H+ Intermembrane space The sequence of events at D is H* H₂O A Outer 0000000000 Proton
Glycolysis takes place in the plasma membrane O ribosomes mitochondrion chloroplast O cytosol
The figure below shows an illustration of a mitochondrian. Mustration of a mitochondrion Which of the following best describes the relationship between the structure and function of the mitochondrion? A B с D The shape of the mitochondrion Increases its material-exchange efficiency by maximiz ing its overall volume relative to its surface area. The double-membrane structure of the mitochondrion allows it to maintain its relatively acidic environment in which nutrients can be digested. The folds of the mitochondrion Inner membrane increase its material-exchange effi- ciency by maximizing its surface area relative to its volume. The specific structure of the mitochondrion Inner membrane allows it to correctly guide the folding of proteins into their functional shape.
Tab. 22. Put down the corresponding letter in the descriptions of the drawings of the morphological changes in mitochondria MORPHOLOGY CHANGES IN MITOCHONDRIA swelling, severe destruction of the cristae, vacuolization of the matrix, the loss of a bypass of the outer membrane and its destruction in certain areas destruction of the outer membrane with preservation of cristae normal mitochondria containing a significant amount of parallel cristae determined turbofan cristae and outer membrane MITOCHONDRIAL appearance of vacuoles swelling, enlightenment matrix, destruction of cristae swelling, fragmentation of cristae, focal homogenization matrix fragmentation of mitochondrial cristae diffuse homogenization, double-preserved outer membrane

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