TRANSPIRATION AND TRANSLOCATION

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Watch the video on transpiration and translocation and answer the questions as prompted

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Cecile Niebuhr

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TRANSPIRATION AND TRANSLOCATION


TRANSPIRATION AND TRANSLOCATIONVersión en línea Watch the video on transpiration and translocation and answer the questions as prompted por Cecile Niebuhr 1 The transport of sugars in a plant is known as: a Transpiration b Translocation c Cellular respiration d Glycolysis 2 Photosynthesis takes place primarily in the: a Stem b Roots c Leaves d Xylem and Phloem 3 Which of the following best describes the composition of cell sap? a Cellulose b Amino acids and minerals c Lignin d Water and sugars 4 Translocation is mainly achieved by which cells? a Phloem b Xylem c Paranchyma d Epidermal 5 Phloem can transport substances: a Only up the plant (from roots to leaves) b Only down the plant (from leaves to roots) c In either direction. 6 Which of the following best describes the structure of xylem tissue? a It is strengthened with lignin. b It is made up of dead cells. c It forms one continuous hollow tube. d All the above. 7 Xylem is responsible for transporting: a Water and mineral ions up the stem for cellular respiration. b Water and mineral ions up the stem for photosynthesis. c Water and mineral ions down the stem for cellular respiration. d Water and mineral ions down the stem for photosynthesis. 8 Transpiration is primarily driven through which process? a Melting b Condensation c Evaporation d Sublimation 9 Water is released through which structure in the plant? a Guard cells b Roots c Flowers d Stomata 10 Which of the following best defines the terms "transpiration" and "transpiration stream"? a Transpiration - Evaporation of water molecules. Transpiration stream - chain of water molecules moving through plant. b Transpiration stream - Evaporation of water molecules. Transpiration - chain of water molecules moving through plant. c Transpiration - Evaporation of cell sap. Transpiration stream - chain of cell sap moving through plant. d Transpiration stream - Evaporation of cell sap. Transpiration - chain of cell sap moving through plant. 11 Which of the following factors does NOT affect the rate of transpiration? a Air flow b Carbon dioxide levels in the air c Light intensity d Temperature 12 Which of the following is true regarding the relationship between the rate of transpiration and light intensity. a The brighter the light intensity, the more cellular respiration will be taking place. The stomata are therefore more open to allow carbon dioxide in, allowing more water loss. Therefore the rate of transpiration will be higher. b The brighter the light intensity, the more photosynthesis will be taking place. The stomata are therefore more open to allow carbon dioxide in, allowing more water loss. Therefore the rate of transpiration will be higher. c The lower the light intensity, the more photosynthesis will be taking place. The stomata are therefore more open to allow carbon dioxide in, allowing more water loss. Therefore the rate of transpiration will be higher. d The lower the light intensity, the more cellular respiration will be taking place. The stomata are therefore more open to allow carbon dioxide in, allowing more water loss. Therefore the rate of transpiration will be higher. 13 Which statement is true regarding the relationship between temperature and the rate of transpiration? a The warmer it is, the higher the rate of transpiration (water molecules have higher levels of energy and are thus more likely to evaporate out of the stomata) b The warmer it is, the lower the rate of transpiration (water molecules have lower levels of energy and are thus less likely to evaporate out of the stomata) c The colder it is, the higher the rate of transpiration (water molecules have higher levels of energy and are thus more likely to evaporate out of the stomata) d The warmer it is, the lower the rate of transpiration as the stomata will close 14 Where is the concentration of water the highest? a The atmosphere (outside the leaf) b The intercellular spaces inside the leaf 15 What causes the concentration gradient to increase in windy conditions? a The water molecules that exit the stomata linger around the outside of the leaf and create a high water potential outside the leaf b The water molecules that exit the stomata are blown away quickly from the outside of the leaf and create a high water potential outside the leaf c The water molecules that exit the stomata are blown away quickly from the outside of the leaf and create a low water potential outside the leaf d The water molecules that exit the stomata linger around the outside of the leaf and create a low water potential outside the leaf 16 Humidity can be defined as: a The level of oxygen in the air b The level of carbon dioxide in the air c The level of love in the air d The level of water vapour in the air 17 How would an increase in humidity in the air affect the rate of transpiration? a Transpiration would cease entirely b The rate of transpiration would decrease c Humidity does not affect the rate of transpiration d The rate of transpiration would increase

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TRANSPIRATION AND TRANSLOCATION

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TRANSPIRATION AND TRANSLOCATIONVersión en línea

por Cecile Niebuhr

The transport of sugars in a plant is known as:

Photosynthesis takes place primarily in the:

Which of the following best describes the composition of cell sap?

Translocation is mainly achieved by which cells?

Phloem can transport substances:

Which of the following best describes the structure of xylem tissue?

Xylem is responsible for transporting:

Transpiration is primarily driven through which process?

Water is released through which structure in the plant?

Which of the following best defines the terms "transpiration" and "transpiration stream"?

Which of the following factors does NOT affect the rate of transpiration?

Which of the following is true regarding the relationship between the rate of transpiration and light intensity.

Which statement is true regarding the relationship between temperature and the rate of transpiration?

Where is the concentration of water the highest?

What causes the concentration gradient to increase in windy conditions?

Humidity can be defined as:

How would an increase in humidity in the air affect the rate of transpiration?