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1. Trees of higher plants continue to grow through out their life because of the presence of
Permanent tissue
Meristematic tissue
Ground tissue
Vascular tissue
2. Example for Complex tissue is
Parenchyma
Sclerenchyma
Phloem
Collenchyma
3. The function of chlorenchyma is
Photosynthesis
Support
Flexibility
Vascular tissue
4. Cells with prominent nuclei are seen in
Meristematic tissue
Parenchyma
Chlorenchyma
Aerenchyma
5. Cells with dense cytoplasm are found in
Meristematic tissue
Parenchyma
Chlorenchyma
Aerenchyma
6. The tissue that give buoyancy to the plants
Parenchyma
Collenchyma
Chlorenchyma
Aerenchyma
7. Multi cellular embryo develops from
Sperm
Egg
Zygote
Gamete
8. Cells without intercellular space are found in
Meristematic tissue
Parenchyma
Chlorenchyma
Aerenchyma
9. A group of cells similar in structure and function
Tissue
Organ
Organism
Organogenesis
10. The function of Parenchyma is
Photosynthesis
Support
Storage
Flexibility
11. Plant body of angiosperm is
Prokaryotic
Unicellular
Multi cellular
All the three
12. Increase in girth of stem and root is achieved by
Simple tissues
Xylem
Phloem
Lateral meristem
13. Elongation of the inter node is helped by
Phloem
Xylem
Intercalary meristem
Lateral meristem
14. The tissue which perpetuate itself by active cell division is
Permanent tissue
Meristematic tissue
Ground tissue
Vascular tissue
15. Uneven thickness of the cell walls is seen in
Collenchyma
Screenchyma
Chlorenchyma
Phloem
16. Permanent tissues are formed by the differentiation of the cells produced by
Apical meristem
Lateral meristem
Intercalary meristem
Ground tissues
17. Secondary permanent tissues are formed from
Apical meristem
Lateral meristem
Intercalary meristem
Simple tissues
18. Corners of the cells are thickened in
Aerenchyma
Chlorenchyma
Parenchyma
Collenchyma
19. Aerenchyma is found in
Aquatic plants
Xerophytic plants
Mesophytic plants
Epiphytic plants
20. Cells are isodiametric with intercellular space in
Parenchyma
Collenchyma
Sclerenchyma
Xylem
21. The tissue occurring in growing regions are
Apical meristem
Intercalary meristem
Lateral meristem
Parenchyma
22. Example for simple tissue is
Xylem
Phloem
Cambium
Parenchyma
23. The Meristem that occur parallel to the long axes
Lateral meristem
Apical meristem
Intercalary meristem
Phloem
24. Increase in length is due to the activity of
Apical meristem
Lateral meristem
Intercalary meristem
Simple tissues
25. The tissue which occur between regions of permanent tissues is known as
Apical meristem
Intercalary meristem
Lateral meristem
Parenchyma
26. Phellogen and vascular cambium are
Apical meristem
Lateral meristem
Intercalary meristem
Simple tissues
27. Various kinds of tissue of plants are differentiated from
Permanent tissue
Meristematic tissue
Ground tissue
Vascular tissue
28. New cells are added by
Permanent tissue
Meristematic tissue
Ground tissue
Vascular tissue
29. Cells with large intercellular cavities are seen in
Xylem
Phloem
Cambium
Aerenchyma
30. Ladder like thickening is found in the following tracheid
Annular
Spiral
Scalariform
Reticulate
31. Water and Mineral salts are conducted by
Xylem
Phloem
Cambium
Parenchyma
32. Cytoplasm with prominent nucleus are seen in
Xylem vessels
Xylem fibres
Sieve elements
Companion cells
33. Secondary walls with lamellations are seen in
Tracheids
Vessels
Fibres
Stone cells
34. Thick primary walls are seen in
Companion cells
Sieve elements
Vessels
Tracheids
35. Food materials are conducted by
Chlorenchyma
Vessels
Xylem
Phloem
36. Primary xylem is formed by
Protoxylem
Metaxylem
Pro cambium
Vascular cambium
37. Conducting elements of Phloem is
Companion cells
Sieve elements
Vessels
Tracheids
38. Hard, rigid secondary walls are found in
Parenchyma
Aerenchyma
Collenchyma
Sclerenchyma
39. Example for complex tissue is
Parenchyma
Sclerenchyma
Aerenchyma
Xylem
40. Companion cells are specialized
Parenchyma
Aerenchyma
Chlorenchyma
Collenchyma
41. The secondary walls of Sclerenchyma are made of
Suberin
Lignin
Pectin
Cellulose
42. Collenchyma cells are living and often contain
Leucoplasts
Chromoplasts
Choroplasts
No plastids
43. The chief water conducting elements of ferns and gymnosperm are
Vessels
Tracheids
Sieve elements
Companion cells
44. The gritty nature of the pear fruit is due to
Tracheids
Sclereids
Fibres
Vessels
45. Imperforate cells are seen in
Tracheids
Vessels
Sieve elements
Companion cells
46. Large lumen is found in
Vessels
Companion cells
Sieve tube cells
Tracheids
47. Lignified walls are seen in
Parenchyma
Chlorenchyma
Collenchyma
Vessels
48. The wall are lignified in
Sclereids
Tracheids
Fibres
Parenchyma
49. Tissue that occur in strands are characteristic of
Parenchyma
Collenchyma
Sclerenchyma
Aerenchyma
50. Secondary xylem is formed by
Metaxylem
Protoxylem
Pro cambium
Vascular cambium
51. The other name for Stone cells is
Companion cells
Sieve tube cells
Sclereids
Tracheids
52. Selerenchyma fibres are as long as
35 cm
45 cm
55 cm
65 cm
53. The fibres are known as
Supporting cells
Stone cells
Vessels
Tracheids
54. Deposition of secondary walls are net like in
Annular
Spiral
Reticulate
Scalariform
55. Long, pipe-like structure are called
Tracheae
Tracheids
Companion cells
Sieve elements
56. Phloem consists of
Tracheids
Vessels
Sclereids
Companion cells
57. Strength to the younger organs is given by
Aerenchyma
Collenchyma
Parenchyma
Chlorenchyma
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