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Attracts pollinators

Attracts pollinators. A. Receptacle B. Sepal C. Petals D. Ovary. Attracts pollinators. C. Petals. Where flower forms. A. Receptacle B. Sepal C. Petals D. Ovary. Where flower forms. A. Receptacle. Contains ovules. A. Receptacle B. Sepal C. Petals D. Ovary.

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Attracts pollinators

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  1. Attracts pollinators • A. Receptacle • B. Sepal • C. Petals • D. Ovary

  2. Attracts pollinators • C. Petals

  3. Where flower forms • A. Receptacle • B. Sepal • C. Petals • D. Ovary

  4. Where flower forms • A. Receptacle

  5. Contains ovules • A. Receptacle • B. Sepal • C. Petals • D. Ovary

  6. Contains ovules • D. Ovary

  7. Enclose blossom before it blooms • A. Receptacle • B. Sepal • C. Petals • D. Ovary

  8. Enclose blossom before it blooms • B. Sepal

  9. Male reproductive part • A. Stamen • B. Pistil • C. Receptacle • D. Sepal

  10. Male reproductive part • A. Stamen

  11. Supports anther • A. Anther • B. Filament • C. Style • D. Stigma

  12. Supports anther • B. Filament

  13. Place where pollen first collects • A. Anther • B. Filament • C. Style • D. Stigma

  14. Place where pollen first collects • D. Stigma

  15. Supports stigma • A. Anther • B. Filament • C. Style • D. Stigma

  16. Supports stigma • C. Style

  17. Produces pollen • A. Anther • B. Filament • C. Style • D. Stigma

  18. Produces pollen • A. Anther

  19. Connects epicotyland radical • A. Hypocytle • B. Epicotyl • C. Radical • D. Hilum

  20. Connects epicotyland radical • A. Hypocytle

  21. Forms leaves and stems • A. Hypocytle • B. Epicotyl • C. Radical • D. Hilum

  22. Forms leaves and stems • B. Epicotyl

  23. Forms the roots • A. Hypocytle • B. Epicotyl • C. Radical • D. Hilum

  24. Forms the roots • C. Radical

  25. Food storage tissue • A. Seed Coat • B. Hilum • C. Endosperm • D. Embryo

  26. Food storage tissue • C. Endosperm

  27. Shows where seed was attached to ovary • A. Seed Coat • B. Hilum • C. Endosperm • D. Embryo

  28. Shows where seed was attached to ovary • B. Hilum

  29. Young Plant • A. Seed Coat • B. Hilum • C. Endosperm • D. Embryo

  30. Young Plant • D. Embryo

  31. Reduces water loss • A. Meristematic • B. Epidermis • C. Parenchyma • D. Supportive • E. Vascular

  32. Reduces water loss • B. Epidermis

  33. Cambium • A. Meristematic • B. Epidermis • C. Parenchyma • D. Supportive • E. Vascular

  34. Cambium • A. Meristematic

  35. Collenchyma • A. Meristematic • B. Epidermis • C. Parenchyma • D. Supportive • E. Vascular

  36. Collenchyma • D. Supportive

  37. Xylem • A. Meristematic • B. Epidermis • C. Parenchyma • D. Supportive • E. Vascular

  38. Xylem • E. Vascular

  39. Stores Carbohydrates • A. Meristematic • B. Epidermis • C. Parenchyma • D. Supportive • E. Vascular

  40. Stores Carbohydrates • C. Parenchyma

  41. Fruit Ripening • A. Auxin • B. Gibberlin • C. Cytokinins • D. Ethlyene

  42. Fruit Ripening • D. Ethlyene

  43. Plant Growth • A. Auxin • B. Gibberlin • C. Cytokinins • D. Ethlyene

  44. Plant Growth • A. Auxin

  45. Stem Elongation • A. Auxin • B. Gibberlin • C. Cytokinins • D. Ethlyene

  46. Stem Elongation • B. Gibberlin

  47. Growth Hormones • A. Auxin • B. Gibberlin • C. Cytokinins • D. Ethlyene

  48. Growth Hormones • C. Cytokinins

  49. Growth due to gravity • A. Geotropism • B. Thigmotropism • C. Phototropism

  50. Growth due to gravity • A. Geotropism

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