'Light independent reactions' presentation slideshows

The Big Intro

The Big Intro. This is all about the relationship between two chemical processes found in living cells Autotrophs make nutrient molecules, and Both Autotrophs and Heterotrophs use these nutrient molecules for their energy needs. This is cellular respiration and comes later. Photosynthesis.

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Cellular Energy

Cellular Energy. Overview. The purpose of this unit is to examine how energy is made available to cells to power metabolism.

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Energy Capturing Pathways

Energy Capturing Pathways. I. Introduction. A. History. 1. VanHelmont ,1630, proved plants need. water. 2. Priestly , 1772, proved plants need. gas ( phlogiston ). 3. Ingenhaus , 1779, proved plants need. sunlight. 4. DeSaussure , 1804, organized all the pieces. 5. Van Neil , 1930,.

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PHOTOSYNTHESIS

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Chapter Six

Chapter Six. How Cells Acquire Energy. Summary of the Reaction. light 12 H 2 0 + 6CO 2 6O 2 + C 6 H 12 O 6 + 6H 2 O. Photosynthesis. The process of converting sunlight energy into chemical energy.

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Energy Capturing Pathways ( Photosynthesis )

Energy Capturing Pathways ( Photosynthesis ). I. Introduction. A. History. 1. VanHelmont ,1630, showed plants need. Water. 2. Priestly , 1772, showed plants need. Gas ( phlogiston ). 3. Ingenhaus , 1779, showed plants need. Sunlight. 4. DeSaussure , 1804, showed.

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Photosynthesis

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Energy Capturing Pathways (Photosynthesis)

Energy Capturing Pathways (Photosynthesis). I . Introduction. A. History. 1. van Helmont, 1630, proved plants need. water. 2. Priestly, 1772, proved plants need. gas (phlogiston). 3. Ingenhaus, 1779, proved plants need. sunlight. 4. DeSaussure, 1804, organized all the pieces.

377 views • 23 slides

Photosynthesis

Photosynthesis. Energy to Glucose. Photosynthesis in Nature. Transforms solar energy into chemical energy. CO 2 and H 2 O into Glucose CO 2 is carbon source and light is energy source. Producers. Plants, Algae and other autotrophs are the producers in the ecosystem.

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Photosynthesis

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Photosynthesis

Photosynthesis. Chloroplast Structure. Photosynthetic Reactions. Light dependent reactions Light independent reactions (Calvin Cycle). Light Reactions. Light dependent reactions take place in the thylakoid membrane, with the pigment chlorophyll absorbing sunlight. Light Reactions.

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Photosynthesis

Photosynthesis. SBI 3C. Overview. All energy on earth comes from the sun. We depend on: Plants Algae (underwater plants) Cyanobacteria (photosynthetic bacteria) To provide this energy to us!. Overview. Overview. Carbon dioxide and water are taken in by plants

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Photosynthesis, Cellular Respiration, and ATP

The On-Going Quest for Energy!. Photosynthesis, Cellular Respiration, and ATP. i. The Big Picture. 1. Life needs energy. 2. To make energy, 3 things are required: - sugar (glucose) - oxygen - enzymes. I. Photosynthesis. A. The Quest for Sugar

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Photosynthesis

Photosynthesis. An overview. The Leaf. The chloroplast. Photosynthesis. +. H 2 O. CO 2. Energy. ATP and NADPH 2. Which splits water. Light is Adsorbed By Chlorophyll. Calvin Cycle. ADP NADP. Chloroplast. Used Energy and is recycled. O 2. +. C 6 H 12 O 6. Light Reaction.

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Photosynthesis

Photosynthesis. The Carbon Cycle. Plants are carbon sinks removing carbon dioxide from the atmosphere and oceans by fixing it into organic chemicals. Plants also convert energy from light into chemical energy

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Chapter 9-1: ATP

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PS II

PS I. Light Dependent Reactions. PS II. Electron Transport System. Electron Transport System. e -. H 2 O. O 2. Light Dependent Reactions. Solar energy Solar energy. ATP. e -. e -. ATP. e -. NADPH. PS II. Electron Transport System. Electron Transport System. PS I.

184 views • 9 slides