'Palisade layer' diaporamas de présentation

PHOTOSYNTHESIS

PHOTOSYNTHESIS. Using Light to Make Food. Photosynthesis is the most important chemical process on earth because:. It provides food for virtually all organisms SWEET!!!!. BIG PICTURE: Photosynthesis .

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CHAPTER 8 Photosynthesis

CHAPTER 8 Photosynthesis. Sheldon: Revised 2011. PLANTS USE. SUNLIGHT ENERGY TO MAKE THEIR OWN FOOD You Tube Plants and Sunlight. Autotrophs Plants use sunlight to make their own food. Heterotrophs Obtain energy from foods they consume (plants and animals).

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Photosynthesis Transporting water through the roots

epidermis. Photosynthesis Transporting water through the roots. Epidermis. protects the root helps in absorption of water and minerals. epidermis. Photosynthesis Transporting water through the roots. root hairs. Root Hairs. tubular outgrowths of epidermal cells of the roots of plants

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The leaf is the main photosynthetic organ of most vascular plants

Shoot system. Blade. Leaf. Petiole. Leaves - Overview. The leaf is the main photosynthetic organ of most vascular plants. Leaves generally have a flattened blade and a stalk called the petiole , which joins the leaf to a node of the stem. Leaves - Comparisons.

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Roots

Roots. Roots anchor the plant. Roots absorb water and dissolved minerals from the ground. Roots may also be modified to store food. Ex. Carrots, radish, turnip etc. C.S. Monocot Root (line). C. S. of Monocot Root. Steel. C.S. Dicot Root (line diagram). C.S. Dicot Root.

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Biology EOC Review

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Biology EOC Review

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Photosynthesis

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Leaves

Leaves. B4a. Results of mustard seed experiment. What differences can you see between the two sets? Suggest why a lack of light caused these differences.

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Photosynthesis

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Photosynthesis (leaf structure)

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Photosynthesis

Photosynthesis. Photosynthesis in Overview. Process by which plants and other autotrophs store the energy of sunlight into sugars. Requires sunlight, water, and carbon dioxide. Overall equation: 6 CO 2 + 6 H 2 0 ? C 6 H 12 O 6 + 6 O 2

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BIO 112 Lab Topic 8 Plant Anatomy

BIO 112 Lab Topic 8 Plant Anatomy. Dicot Leaf. Palisade layer. Spongy layer. Vascular bundle (vein). Dicot Leaf. Parallel veins. Monocot Leaf. Dicot Root. Vascular Cylinder. Dicot Root. xylem. phloem. Dicot Root. Vascular Cylinder. pith. cortex. Monocot Root. phloem. xylem.

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Photosynthesis

VOCABULARY. Photosynthesis. Photosynthesis. The plant process in which radiant energy from the sun is converted into chemical energy. Carbon Dioxide. A compound made of the elements carbon and oxygen.

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Chapter #19

Chapter #19. The Importance of Leaves. Chapter 19.1 Notes. Blade- thin, flat part of leaf. Stalk-usually joins the leaf to the stem. Midrib-is the main vein of the leaf. Blade. Midrib. Stalk. Leaves are arranged in 3 different ways. Alternate Opposite Whorled. Alternate. Opposite.

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Photosynthesis

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Leaf Structure

Leaf Structure. B4a. The Leaf. What might happen to leaf structure if climate change continues?. Objectives. Key Objective Describe the role of specialised cells in aiding photosynthesis Describe how the main features of the plant are linked to photosynthesis (E-G)

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Microscope Slide Review!

Microscope Slide Review!. Eudicot Stem. C. A=epidermis B=vascular bundle C=cortex D=this is where the pith should be. B. D. A. Eudicot Root. A=vascular cylinder B=endodermis C=xylem D=phloem E=epidermis F=Cortex. B. A. D. C. E. F. Fern gametophyte. Leaf Cross Section.

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Leaf Structure

Leaf Structure. B4a. The Leaf. What might happen to leaf structure if climate change continues?. Objectives. Key Objective Describe the role of specialised cells in aiding photosynthesis Describe how the main features of the plant are linked to photosynthesis (E-G)

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Warmup

Warmup. Describe what you already know about how a plant and animal each get the energy they need to live and grow. Be as specific as you can. Cell Metabolisms. SEPTEMBER 21 , 2010. Notes Preview. Metabolism. Metabolism - T he generation or consumption of energy for biological use.

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