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

Dec 18, 2015

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Page 1: 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 Plant3.3.2 Modified Plant Food Storage Organs

Follow-Me – iQuiz

Page 2: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Where precisely does water enter a plant?

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 3: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 4: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Name an autotrophic organism.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 5: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 6: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. In which tissue does water ascend through the plant?

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 7: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 8: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Name the process responsible for the entry of water into a plant.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 9: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 10: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. What is the function of stomata?

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 11: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 12: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. State one way in which the tissue is adapted for transporting water and minerals.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 13: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 14: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Name the apertures in stems that are equivalent to stomata.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 15: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 16: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Name a gas that leaves the leaf at the stomata.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 17: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 18: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Name a factor that influences the diameter of stomata.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 19: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 20: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Name one process that causes water to move upwards in a plant.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 21: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 22: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. What will happen to the amount of water moving through a plant when it gets dark?

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 23: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 24: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Name a plant in which the leaves are modified for food storage.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 25: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 26: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Name the process responsible for the uptake of minerals by roots?

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 27: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 28: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Name a type of modified stem that functions in food storage.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 29: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 30: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Name a carbohydrate that you would expect to find stored in modified leaves.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 31: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 32: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Name the openings in the leaf which allow the entry of carbon dioxide for photosynthesis.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 33: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 34: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. TRUE or FALSE. A potato is a modified stem.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 35: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 36: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Name the plant tissue responsible for transporting food.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 37: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 38: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Describe how nitrates enter the root of a plant from the soil.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 39: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 40: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Give one example of a root modified for food storage.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 41: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 42: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. The walls of xylem vessels are reinforced with …

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 43: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 44: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. State a function of Dermal tissue.

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 45: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 46: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. Where precisely is xylem tissue found in the stem of a young dicotyledonous plant?

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 47: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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Page 48: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

Q. What is meant by the term dicotyledonous?

Active transport

CO2 concentration; Potassium ions; Light intensity; Water

Has lignin for strength and support

Grass; Seaweed; Fern; Moss

FALSE

Osmosis

Onion; Tulip; Daffodil

Lignin

Lenticels

Phloem

Rhizome; Corm; Tuber

Root pressure; Cohesion; Adhesion; Capillarity;

Transpiration

Starch; Sucrose; Glucose

Stomata

Oxygen; Water vapour; Carbon dioxide; Nitrogen

Xylem

Two seed leaves

TRUE

Vascular bundle; Next to phloem

Allow exchange of gas or water vapour; Transpiration

Protect from water loss or infection

Carrot; Turnip; Parsnip

Root hairs

Decreases Increases

Page 49: 3.3.1 Nutrition in the Flowering Plant 3.3.2 Modified Plant Food Storage Organs Follow-Me – iQuiz.

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