Class 11 Biology Chapter 11 Transport In Plants Quiz 47 (25 MCQs)

Quiz Instructions

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1. Arteries, except for the pulmonary artery, carry*2015 Q30
2. Bidirectional translocation of minerals takes place in
3. The cellular components that constitute xylem vessels are called ..... , and they are joined together end to end to form long tubes that allow ..... and ..... to travel over long distance
4. This green pigment absorbs light energy from the sun for photosynthesis
5. The movement of water molecules from a high concentration of water to a low concentration of water across a partially permeable membrane-
6. Sucrose is transported into companion cells through a co-transporter (carrier protein) together with which of the following?
7. Which feature of a root hair cell increases its ability to absorb water?
8. Which cells are found in xylem?
9. Which part of the plant produces glucose during photosynthesis?
10. What is the attraction between water molecules and the surface of xylem tissues called?
11. When a plant undergoes senescence, the nutrients may be
12. State two factors affecting the rate of transpiration.
13. The two kinds of elements present in xylem are:
14. Fill in the blank:The attraction between water molecules and the walls of a plant's vessels is called .....
15. Most chloroplast are found in the
16. ..... has unidirectional conduction and ..... has bidirectional conduction.
17. Which one of the following is NOT a component of xylem?
18. What is the process called when water is lost through the leaves in the form of water vapor?
19. In the given scenario what will happen to the organism:salt is poured onto eggplant.
20. Which of the following facilitates opening of stomatal aperture?
21. Transpiration involves the evaporation and diffusion of water vapour.What happens to the water vapour during transpiration?
22. Where is xylem vessels found in plants
23. What is meant by the term "Translocation" ?
24. Which of these contains cell sap?
25. Water moves more rapidly through the symplastic pathway compared to the apoplastic pathway.