Presentation is loading. Please wait.

Presentation is loading. Please wait.

3.2.1 Organisational Complexity of the Flowering Plant 1 Follow-Me – iQuiz.

Published byPiers Sanders Modified over 9 years ago

Similar presentations

Presentation on theme: "3.2.1 Organisational Complexity of the Flowering Plant 1 Follow-Me – iQuiz."— Presentation transcript:

1 3.2.1 Organisational Complexity of the Flowering Plant 1 Follow-Me – iQuiz

2 Q. Name two plant tissues that are not vascular tissues. Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

3 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

4 Q. True or False. Lenticels serve the same function as stomata. Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

5 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

6 Q. How is xylem adapted for its role in water transport? Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

7 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

8 Q. In which of the vascular tissues are sugars mainly transported? Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

9 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

10 Q. State a function of Dermal tissue. Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

11 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

12 Q. When preparing a T.S. of a stem what did you use to cut the section? Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

13 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

14 Q. State one way in which a transverse section through a monocotyledonous stem differs from a dicotyledonous one. Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

15 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

16 Q. Where precisely is xylem tissue found in the stem of a young dicotyledonous plant? Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

17 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

18 Q. Give one location where mitosis occurs in flowering plants. Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

19 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

20 Q. Why is a dicotyledonous (dicot) plant so called? Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

21 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

22 Q. Name a dicotyledonous plant. Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

23 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

24 Q. Name the tissue in plant stems through which water rises to the leaves. Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

25 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

26 Q. True or False. Parallel leaf veins are characteristic of monocotyledonous plants. Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

27 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

28 Q. The walls of xylem vessels are reinforced with … Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

29 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

30 Q. What is meant by the term monocotyledonous? Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

31 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

32 Q. How does the vein arrangement in the leaves of dicot plants differ from that in monocots? Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

33 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

34 Q. State three functions of a root. Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

35 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

36 Q. State another function of xylem other than water transport. Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

37 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

38 Q. How are the veins arranged in the leaves of monocots? Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

39 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

40 Q. Where would you find a meristem in a root? Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

41 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

42 Q. What is meant by a vascular tissue? Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

43 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

44 Q. Where would you expect to find xylem and phloem in a leaf? Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

45 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

46 Q. Give an example of a monocotyledonous plant. Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

47 CONGRATULATIONS Please CLICK on THIS BOX for the Next Question

48 Q. Name one substance found in the walls of xylem cells but not found in the walls of phloem cells. Anchorage; Absorption; Storage Dermal; Ground; Meristematic Lignin In vascular bundle next to phloem Grass; Maize; Barley Parallel One seed leaf; One embryonic leaf Oak; Ash; Elm; Horse chestnut Meristematic tissues; Ovule; Embryo sac; Pollen Protection Support TRUE Tubular or continuous lumen; Reinforced lignified walls; Narrow bore Two embryonic leaves; Two seed leaves Phloem Vein; Mid rib Vascular bundles scattered Xylem At the tip Reticulate; Net; Branched Blade; Scalpel Transports substances FALSE

49 CONGRATULATIONS You’re Brilliant

50 Incorrect Please CLICK on THIS BOX to Try Again

Download ppt "3.2.1 Organisational Complexity of the Flowering Plant 1 Follow-Me – iQuiz."

Similar presentations

Ch 23- Roots, Stems, and Leaves

Ch 23- Roots, Stems, and Leaves
Roots, Stems, and Leaves.

Roots, Stems, and Leaves.
CELLSTISSUESORGANSORGANS

CELLSTISSUESORGANSORGANS
3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

3.3.1 Nutrition in the Flowering Plant Modified Plant Food Storage Organs Follow-Me – iQuiz.
Plant Tissues and Organs

Plant Tissues and Organs
Chapter 23 Biology – Miller • Levine

Chapter 23 Biology – Miller • Levine
Principles of Biology By Frank H. Osborne, Ph. D. Lab 6 - Green Plant II.

Principles of Biology By Frank H. Osborne, Ph. D. Lab 6 - Green Plant II.
Chapter 24: Kingdom Plantae Leaving Certificate Biology Higher Level.

Chapter 24: Kingdom Plantae Leaving Certificate Biology Higher Level.
Structure of Flowering Plants

Structure of Flowering Plants
29.2, 29.3, & 29.4.  Major Functions: anchor plant to soil, absorb and transport water and nutrients, and store water and organic compounds  How do.

29.2, 29.3, &  Major Functions: anchor plant to soil, absorb and transport water and nutrients, and store water and organic compounds  How do.
Chapter 23 Roots 23:2.

Chapter 23 Roots 23:2.
Kingdom: Plants Notes on Seeds!.

Kingdom: Plants Notes on Seeds!.
Plant Cells and Tissues

Plant Cells and Tissues
Plant Structure and Growth

Plant Structure and Growth
Plant Structure, Growth, and Development

Plant Structure, Growth, and Development
Stems Parts of the Plant: Stems Most consistent identification characteristic.

Stems Parts of the Plant: Stems Most consistent identification characteristic.
Plant Structure Chapter 35.

Plant Structure Chapter 35.
Chapters 22, 23, & 25 Are eukaryotic, are multicellular, and have cell walls. Plants.

Chapters 22, 23, & 25 Are eukaryotic, are multicellular, and have cell walls. Plants.
Leaving Certificate Biology Flowering Plant Structure 3 EQ iQuiz SECOND Press the F5 Key to Begin, Then click on this Blue Box FIRST In PowerPoint 2007.

Leaving Certificate Biology Flowering Plant Structure 3 EQ iQuiz SECOND Press the F5 Key to Begin, Then click on this Blue Box FIRST In PowerPoint 2007.
Roots, Stems, and Leaves The three main plant organs are roots, stems, and leaves. These organs are made up of three main kinds of tissues: dermal tissue.

Roots, Stems, and Leaves The three main plant organs are roots, stems, and leaves. These organs are made up of three main kinds of tissues: dermal tissue.

Similar presentations

Ads by Google