'Redox' presentation slideshows

MITOCHONDRIA

MITOCHONDRIA. Speaker: ??? Apr. 26, 2006. eukaryotic cells the specialized membranes inside energy-converting organelles are employed for the production of ATP. The membrane-enclosed organelles are mitochondria, which are present in the cells of virtually all eukaryotic organisms.

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FTCE Chemistry SAE Preparation Course

FTCE Chemistry SAE Preparation Course. Session 2. Lisa Baig Instructor. Session Norms. Respect No side bars Work on assigned materials only Keep phones on vibrate If a call must be taken, please leave the room to do so. Course Outline. Session 1 Review Pre Test Competencies 6, 7 and 8

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Chapter 9

Chapter 9. Cellular Respiration: Harvesting Chemical Energy. Overview: Life Is Work. Living cells require energy from outside sources Some animals, such as the chimpanzee, obtain energy by eating plants, and some animals feed on other organisms that eat plants.

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Electrochemistry

Electrochemistry. Applications of Redox. Review. Oxidation reduction reactions involve a transfer of electrons. OIL- RIG Oxidation Involves Loss Reduction Involves Gain LEO-GER Lose Electrons Oxidation Gain Electrons Reduction.

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Redox Geochemistry

Redox Geochemistry. WHY?. Redox gradients drive life processes! The transfer of electrons between oxidants and reactants is harnessed as the battery, the source of metabolic energy for organisms

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Steel Story

Steel Story. SS1 What is steel?. Steel is a general name given to alloys of iron with carbon plus a variety of other elements Alloys are mixtures of a metal with one or more other elements They are mixed while molten and allowed to cool

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Chapter 2

Chapter 2. Chemistry Comes Alive. Part B. Polar and Nonpolar Molecules. Electrons shared equally between atoms produce nonpolar molecules Unequal sharing of electrons produces polar molecules Atoms with 6 or 7 valence shell electrons are electronegative

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Redox Blues

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LECTURE 5: ORGANOMETALLIC REACTIONS I LIGAND SUBSTITUTION

LECTURE 5: ORGANOMETALLIC REACTIONS I LIGAND SUBSTITUTION. LIGAND SUBSTITUTION. LIGAND SUBSTITUTION. Basic premise about metal-catalyzed reactions: Reactions happen in the coordination sphere of the metal Reactants (substrates) come in, react, and leave again

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Remedial Options Program Task Team Update

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Chapter 20

Chapter 20. Redox Reactions. What is oxidation?. Oxidation occurs when an atom loses electrons. (OIL) Oxidation may or may not involve oxygen Oxidation may or may not involve burning material. What is reduction?. Reduction occurs when an atom gains electrons. (RIG)

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RedOx

RedOx. Chapter 18. Oxidation- Reduction Reactions. Redox or oxidation-reduction reactions are reactions that involve a transfer of electrons. O xidation i s the l oss of electrons. R eduction i s the g ain of electrons. (think of the charge, OIL RIG ) So in the reaction

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Redox and electrochemistry

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Predicting Synthesis & Decomposition Reactions

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CALCULATING EMFs FOR REDOX REACTIONS AND CELLS

CALCULATING EMFs FOR REDOX REACTIONS AND CELLS. Just as half reactions can be added to form complete redox reactions, so too standard electrode potentials can be combined to calculate EMFs of complete reactions. As an illustration, let us calculate the EMF of the reaction of copper

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Formation of a Mirror

Formation of a Mirror. A solution is added to a flask. Within seconds a brilliant mirrored surface forms on the inner wall of the flask. Purpose. To observe a silver plating reaction. Demonstration. Sugar was one of the solutions in the flask A silver ion solution was the other solution

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Chapter 19 Oxidation-Reduction Reactions Pg. 595

Chapter 19 Oxidation-Reduction Reactions Pg. 595. Oxidation- valence electrons are lost Reduction- valence electrons are gained Rules for determining the oxidation number of an element (pg. 595) Practice assigning Oxidation numbers (pg. 612 #7 a-j) (pg.612 #6). Oxidation-Reduction Reaction.

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