Anatomy of flowering plants NCERT Line by Line - Biology NEET UG

Complete Chapter Quiz

Complete Anatomy of flowering plants NCERT Line by Line Chapter

Complete Chapter Quiz

124 MCQs Available
Practice Complete Chapter

Subtopics

Paragraph – 6.1.2 Permanent Tissue, 11. Cell of permanent tissue

Paragraph – 6.1.2 Permanent Tissue, 11. Cell of permanent tissue

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Paragraph – 6.1.2 Permanent Tissue, 12. Simple tissue are –

Paragraph – 6.1.2 Permanent Tissue, 12. Simple tissue are –

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Paragraph – 6.1.2 Permanent Tissue, 13. Complex tissues are –

Paragraph – 6.1.2 Permanent Tissue, 13. Complex tissues are –

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Paragraph – 6.1.2.1 Simple tissue, 14. Simple tissues are made of

Paragraph – 6.1.2.1 Simple tissue, 14. Simple tissues are made of

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Paragraph – 6.1.2.1 Simple tissue, 15. Major component within organs is formed by –

Paragraph – 6.1.2.1 Simple tissue, 15. Major component within organs is formed by –

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Paragraph – 6.1.2.1 Simple tissue, 16. Walls of parenchyma are made of–

Paragraph – 6.1.2.1 Simple tissue, 16. Walls of parenchyma are made of–

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Paragraph – 6.1.2.1 Simple tissue, 17. Parenchyma performs functions –

Paragraph – 6.1.2.1 Simple tissue, 17. Parenchyma performs functions –

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Paragraph – 6.1.2.1 Simple tissue, 18. Parenchyma cells are generally –

Paragraph – 6.1.2.1 Simple tissue, 18. Parenchyma cells are generally –

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Paragraph – 6.1.2.1 Simple tissue, 19. Where does collenchyma occur?

Paragraph – 6.1.2.1 Simple tissue, 19. Where does collenchyma occur?

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Paragraph – 6.1.2.1 Simple tissue, 20. Cell of collenchyma are thickened at corners due to deposition of

Paragraph – 6.1.2.1 Simple tissue, 20. Cell of collenchyma are thickened at corners due to deposition of

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Paragraph – 6.1.2.1 Simple tissue, 21. Collenchyma cells –

Paragraph – 6.1.2.1 Simple tissue, 21. Collenchyma cells –

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Paragraph – 6.1.2.1 Simple tissue, 22. Collenchyma cells

Paragraph – 6.1.2.1 Simple tissue, 22. Collenchyma cells

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Paragraph – 6.1.2.1 Simple tissue, 23. Mechanical support in plants is provides by

Paragraph – 6.1.2.1 Simple tissue, 23. Mechanical support in plants is provides by

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Paragraph – 6.1.2.1 Simple tissue, 24. Choose the best option

Paragraph – 6.1.2.1 Simple tissue, 24. Choose the best option

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Paragraph – 6.1.2.1 Simple tissue, 25. Collenchyma provide mechanical support to –

Paragraph – 6.1.2.1 Simple tissue, 25. Collenchyma provide mechanical support to –

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Paragraph – 6.1.2.1 Simple tissue, 26. Identify the given figure

Paragraph – 6.1.2.1 Simple tissue, 26. Identify the given figure

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Paragraph – 6.1.2.1 Simple tissue, 27. Sclenenchyma cells are –

Paragraph – 6.1.2.1 Simple tissue, 27. Sclenenchyma cells are –

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Paragraph – 6.1.2.1 Simple tissue, 28. Read the given statements –

Paragraph – 6.1.2.1 Simple tissue, 28. Read the given statements –

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Paragraph – 6.1.2.1 Simple tissue, 29. Pulp of pear has which type of sclerenchyma cells-

Paragraph – 6.1.2.1 Simple tissue, 29. Pulp of pear has which type of sclerenchyma cells-

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Paragraph – 6.1.2.2 Complex Tissues, 30. Complex tissues are –

Paragraph – 6.1.2.2 Complex Tissues, 30. Complex tissues are –

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Paragraph – 6.1.2.2 Complex Tissues, 31. Xylem has following functions except–

Paragraph – 6.1.2.2 Complex Tissues, 31. Xylem has following functions except–

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Paragraph – 6.1.2.2 Complex Tissues, 32. Xylem tissue consists of-

Paragraph – 6.1.2.2 Complex Tissues, 32. Xylem tissue consists of-

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Paragraph – 6.1.2.2 Complex Tissues, 33. Gymnosperms lack-

Paragraph – 6.1.2.2 Complex Tissues, 33. Gymnosperms lack-

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Paragraph – 6.1.2.2 Complex Tissues, 34. Phloem of gymnosperms possess-

Paragraph – 6.1.2.2 Complex Tissues, 34. Phloem of gymnosperms possess-

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Paragraph – 6.1.2.2 Complex Tissues, 35. Xylem has all dead cells except-

Paragraph – 6.1.2.2 Complex Tissues, 35. Xylem has all dead cells except-

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Paragraph – 6.1.2.2 Complex Tissues, 36. Ray parenchymatous cells help in –

Paragraph – 6.1.2.2 Complex Tissues, 36. Ray parenchymatous cells help in –

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Paragraph – 6.1.2.2 Complex Tissues, 37. Food materials can be stored in xylem parenchyma in all of these forms except –

Paragraph – 6.1.2.2 Complex Tissues, 37. Food materials can be stored in xylem parenchyma in all of these forms except –

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Paragraph – 6.1.2.2 Complex Tissues, 38. In stems,

Paragraph – 6.1.2.2 Complex Tissues, 38. In stems,

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Paragraph – 6.1.2.2 Complex Tissues, 39. In roots –

Paragraph – 6.1.2.2 Complex Tissues, 39. In roots –

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Paragraph – 6.1.2.2 Complex Tissues, 40. A maturāe sieve elements –

Paragraph – 6.1.2.2 Complex Tissues, 40. A maturāe sieve elements –

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Paragraph – 6.1.2.2 Complex Tissues, 41. Phloem fibres –

Paragraph – 6.1.2.2 Complex Tissues, 41. Phloem fibres –

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Paragraph – 6.1.2.2 Complex Tissues, 42. Which of the statements about Phloem is correct?

Paragraph – 6.1.2.2 Complex Tissues, 42. Which of the statements about Phloem is correct?

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Paragraph – 6.2 The tissue system, 43. The three types of tissue systems – epidermal ground and vascular systems are classified based on their-

Paragraph – 6.2 The tissue system, 43. The three types of tissue systems – epidermal ground and vascular systems are classified based on their-

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Paragraph – 6.2.1 Epidermal tissue system, 44. Outer layer of primary plant body is –

Paragraph – 6.2.1 Epidermal tissue system, 44. Outer layer of primary plant body is –

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Paragraph – 6.2.1 Epidermal tissue system, 45. Waxy layer on epidermis-

Paragraph – 6.2.1 Epidermal tissue system, 45. Waxy layer on epidermis-

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Paragraph – 6.2.1 Epidermal tissue system, 46. Consider the following statements –

Paragraph – 6.2.1 Epidermal tissue system, 46. Consider the following statements –

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Paragraph – 6.2.1 Epidermal tissue system, 47. Stomatal apparatus consists of –

Paragraph – 6.2.1 Epidermal tissue system, 47. Stomatal apparatus consists of –

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Paragraph – 6.2.1 Epidermal tissue system, 48. Epidermal cells modify to form

Paragraph – 6.2.1 Epidermal tissue system, 48. Epidermal cells modify to form

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Paragraph – 6.2.1 Epidermal tissue system, 49. Trichomes –

Paragraph – 6.2.1 Epidermal tissue system, 49. Trichomes –

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Paragraph – 6.2.2 The ground Tissue System, 50. All tissues are included in ground tissue except –

Paragraph – 6.2.2 The ground Tissue System, 50. All tissues are included in ground tissue except –

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Paragraph – 6.2.2 The ground Tissue System, 51. In leaves, mesophyll is present in –

Paragraph – 6.2.2 The ground Tissue System, 51. In leaves, mesophyll is present in –

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Paragraph – 6.2.3 The Vascular Tissue System, 52. In dicots stem, which condition is present

Paragraph – 6.2.3 The Vascular Tissue System, 52. In dicots stem, which condition is present

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Paragraph – 6.2.3 The Vascular Tissue System, 53. A : Monocot have closed type of vascular bundles R : monocots do not show secondary growth

Paragraph – 6.2.3 The Vascular Tissue System, 53. A : Monocot have closed type of vascular bundles R : monocots do not show secondary growth

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Paragraph – 6.2.3 The Vascular Tissue System, 54. Read given statements in context of given figure

Paragraph – 6.2.3 The Vascular Tissue System, 54. Read given statements in context of given figure

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Paragraph – 6.2.3 The Vascular Tissue System, 55. The given figure can be vascular bundle of

Paragraph – 6.2.3 The Vascular Tissue System, 55. The given figure can be vascular bundle of

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Paragraph – 6.3 Anatomy of Dicot & Monocot Plants, 56. For understand the tissue organization of roots, stems and leaves better, it is convenient to study–

Paragraph – 6.3 Anatomy of Dicot & Monocot Plants, 56. For understand the tissue organization of roots, stems and leaves better, it is convenient to study–

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Paragraph – 6.3.1 Dicotyledonous Root, 57. Choose correct order of cells from outside to inside in a sunflower root-

Paragraph – 6.3.1 Dicotyledonous Root, 57. Choose correct order of cells from outside to inside in a sunflower root-

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Paragraph – 6.3.1 Dicotyledonous Root, 58. Suberin is deposited on –

Paragraph – 6.3.1 Dicotyledonous Root, 58. Suberin is deposited on –

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Paragraph – 6.3.1 Dicotyledonous Root, 59. The substance that casparian strips is made up of is –

Paragraph – 6.3.1 Dicotyledonous Root, 59. The substance that casparian strips is made up of is –

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Paragraph – 6.3.1 Dicotyledonous Root, 60. Initiation of lateral roots in dicot during secondary growth occurs in –

Paragraph – 6.3.1 Dicotyledonous Root, 60. Initiation of lateral roots in dicot during secondary growth occurs in –

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Paragraph – 6.3.1 Dicotyledonous Root, 61. Initiation of vascular cambium in dicot root during secondary growth occurs from –

Paragraph – 6.3.1 Dicotyledonous Root, 61. Initiation of vascular cambium in dicot root during secondary growth occurs from –

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Paragraph – 6.3.1 Dicotyledonous Root, 62. Which of the following is true about

Paragraph – 6.3.1 Dicotyledonous Root, 62. Which of the following is true about

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Paragraph – 6.3.1 Dicotyledonous Root, 63. Endodermis is present in dicot root in

Paragraph – 6.3.1 Dicotyledonous Root, 63. Endodermis is present in dicot root in

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Paragraph – 6.3.1 Dicotyledonous Root, 64. Cortex of dicot root consists of –

Paragraph – 6.3.1 Dicotyledonous Root, 64. Cortex of dicot root consists of –

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Paragraph – 6.3.1 Dicotyledonous Root, 65. Innermost layer of cortex in dicot root is –

Paragraph – 6.3.1 Dicotyledonous Root, 65. Innermost layer of cortex in dicot root is –

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Paragraph – 6.3.1 Dicotyledonous Root, 66. Parenchyma cells are generally thin walled. An example of thick-walled parenchyma in dicot root is

Paragraph – 6.3.1 Dicotyledonous Root, 66. Parenchyma cells are generally thin walled. An example of thick-walled parenchyma in dicot root is

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Paragraph – 6.3.1 Dicotyledonous Root, 67. Stele includes

Paragraph – 6.3.1 Dicotyledonous Root, 67. Stele includes

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Paragraph – 6.3.1 Dicotyledonous Root, 68. Identify the figure (i) & (ii)

Paragraph – 6.3.1 Dicotyledonous Root, 68. Identify the figure (i) & (ii)

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Paragraph – 6.3.1 Dicotyledonous Root, 69. Identify the correct labels of monocot root T.S

Paragraph – 6.3.1 Dicotyledonous Root, 69. Identify the correct labels of monocot root T.S

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Paragraph – 6.3.2 Monocotyledonous Root, 70. Xylem bundles in monocot root-

Paragraph – 6.3.2 Monocotyledonous Root, 70. Xylem bundles in monocot root-

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Paragraph – 6.3.2 Monocotyledonous Root, 71. Secondary growth in monocot roots occur-

Paragraph – 6.3.2 Monocotyledonous Root, 71. Secondary growth in monocot roots occur-

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Paragraph – 6.3.3 Dicotyledonous Stem, 72. Epidermis of dicot stem-

Paragraph – 6.3.3 Dicotyledonous Stem, 72. Epidermis of dicot stem-

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Paragraph – 6.3.3 Dicotyledonous Stem, 73. Cortex in dicot stem is found between-

Paragraph – 6.3.3 Dicotyledonous Stem, 73. Cortex in dicot stem is found between-

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Paragraph – 6.3.3 Dicotyledonous Stem, 74. Hypodermis of dicot stem is made of-

Paragraph – 6.3.3 Dicotyledonous Stem, 74. Hypodermis of dicot stem is made of-

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Paragraph – 6.3.3 Dicotyledonous Stem, 75. Starch sheath is found in dicot stem in- -

Paragraph – 6.3.3 Dicotyledonous Stem, 75. Starch sheath is found in dicot stem in- -

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Paragraph – 6.3.3 Dicotyledonous Stem, 76. Cortical cells dicot stem has-

Paragraph – 6.3.3 Dicotyledonous Stem, 76. Cortical cells dicot stem has-

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Paragraph – 6.3.3 Dicotyledonous Stem, 77. Pericycle of dicot stem is present in the form of-

Paragraph – 6.3.3 Dicotyledonous Stem, 77. Pericycle of dicot stem is present in the form of-

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Paragraph – 6.3.3 Dicotyledonous Stem, 78. Medullary rays are –

Paragraph – 6.3.3 Dicotyledonous Stem, 78. Medullary rays are –

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Paragraph – 6.3.3 Dicotyledonous Stem, 79. Location of medullary rays –

Paragraph – 6.3.3 Dicotyledonous Stem, 79. Location of medullary rays –

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Paragraph – 6.3.3 Dicotyledonous Stem, 80. In sunflower stem, vascular bundle is-

Paragraph – 6.3.3 Dicotyledonous Stem, 80. In sunflower stem, vascular bundle is-

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Paragraph – 6.3.3 Dicotyledonous Stem, 81. which of these is incorrect about pith of dicot stem?

Paragraph – 6.3.3 Dicotyledonous Stem, 81. which of these is incorrect about pith of dicot stem?

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Paragraph – 6.3.3 Dicotyledonous Stem, 82. Identify the correct labels

Paragraph – 6.3.3 Dicotyledonous Stem, 82. Identify the correct labels

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Paragraph – 6.3.3 Dicotyledonous Stem, 83. Identify endodermis in the given figure-

Paragraph – 6.3.3 Dicotyledonous Stem, 83. Identify endodermis in the given figure-

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Paragraph – 6.3.4 Monocot Stem, 84. Select the correct match of columns A & B

Paragraph – 6.3.4 Monocot Stem, 84. Select the correct match of columns A & B

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Paragraph – 6.3.4 Monocot Stem, 85. In monocot stem,

Paragraph – 6.3.4 Monocot Stem, 85. In monocot stem,

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Paragraph – 6.3.4 Monocot Stem, 86. Phloem parenchyma is absent in-

Paragraph – 6.3.4 Monocot Stem, 86. Phloem parenchyma is absent in-

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Paragraph – 6.3.4 Monocot Stem, 87. The given figure is

Paragraph – 6.3.4 Monocot Stem, 87. The given figure is

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Paragraph – 6.3.5 Dorsiventral leaf (Dicot), 88. Read the given statements and choose the number of correct statements

Paragraph – 6.3.5 Dorsiventral leaf (Dicot), 88. Read the given statements and choose the number of correct statements

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Paragraph – 6.3.5 Dorsiventral leaf (Dicot), 89. In the leaf of sunflower, mesophyll lies-

Paragraph – 6.3.5 Dorsiventral leaf (Dicot), 89. In the leaf of sunflower, mesophyll lies-

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Paragraph – 6.3.5 Dorsiventral leaf (Dicot), 90. Which of the given statements about dicot leaf is incorrect?

Paragraph – 6.3.5 Dorsiventral leaf (Dicot), 90. Which of the given statements about dicot leaf is incorrect?

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Paragraph – 6.3.5 Dorsiventral leaf (Dicot), 91. Consider the statements given below-

Paragraph – 6.3.5 Dorsiventral leaf (Dicot), 91. Consider the statements given below-

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Paragraph – 6.3.5 Dorsiventral leaf (Dicot), 92. Identify the correct option in context of given figures

Paragraph – 6.3.5 Dorsiventral leaf (Dicot), 92. Identify the correct option in context of given figures

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Paragraph – 6.3.6 Isobilateral Leaf (Monocot), 93. Which of the following is correct for isobilateral leaves?

Paragraph – 6.3.6 Isobilateral Leaf (Monocot), 93. Which of the following is correct for isobilateral leaves?

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Paragraph – 6.3.6 Isobilateral Leaf (Monocot), 94. In grasses, large, empty, colourless cells are called-

Paragraph – 6.3.6 Isobilateral Leaf (Monocot), 94. In grasses, large, empty, colourless cells are called-

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Paragraph – 6.3.6 Isobilateral Leaf (Monocot), 95. Identify the incorrect statement in regards to bulliform cells-

Paragraph – 6.3.6 Isobilateral Leaf (Monocot), 95. Identify the incorrect statement in regards to bulliform cells-

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Paragraph – 6.3.6 Isobilateral Leaf (Monocot), 96. Identify correct labels for given figure.

Paragraph – 6.3.6 Isobilateral Leaf (Monocot), 96. Identify correct labels for given figure.

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Paragraph – 6.4 Secondary growth, 97. Increase in girth of plant-

Paragraph – 6.4 Secondary growth, 97. Increase in girth of plant-

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Paragraph – 6.4.1 Vascular Cambium, 98. Vascular cambium-

Paragraph – 6.4.1 Vascular Cambium, 98. Vascular cambium-

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Paragraph – 6.4.1.1 Formation of cambial ring, 100. Interfasicular cambium is formed by-

Paragraph – 6.4.1.1 Formation of cambial ring, 100. Interfasicular cambium is formed by-

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Paragraph – 6.4.1.1 Formation of cambial ring, 99. In dicot stem, cambium cells present between xylem & phloem is-

Paragraph – 6.4.1.1 Formation of cambial ring, 99. In dicot stem, cambium cells present between xylem & phloem is-

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Paragraph – 6.4.1.2 Activity of Cambial Ring, 101. Cambial ring cuts off new cells-

Paragraph – 6.4.1.2 Activity of Cambial Ring, 101. Cambial ring cuts off new cells-

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Paragraph – 6.4.1.2 Activity of Cambial Ring, 102. Cambial ring cuts off new cells –

Paragraph – 6.4.1.2 Activity of Cambial Ring, 102. Cambial ring cuts off new cells –

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Paragraph – 6.4.1.2 Activity of Cambial Ring, 103. Cambial ring cut off –

Paragraph – 6.4.1.2 Activity of Cambial Ring, 103. Cambial ring cut off –

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Paragraph – 6.4.1.2 Activity of Cambial Ring, 104. Assertion: secondary xylem form a compact mass. Reason: cambium is lesser active on outer side comparatively.

Paragraph – 6.4.1.2 Activity of Cambial Ring, 104. Assertion: secondary xylem form a compact mass. Reason: cambium is lesser active on outer side comparatively.

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Paragraph – 6.4.1.2 Activity of Cambial Ring, 105. Secondary medullary rays are-

Paragraph – 6.4.1.2 Activity of Cambial Ring, 105. Secondary medullary rays are-

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Paragraph – 6.4.1.2 Activity of Cambial Ring, 106. Which of these is correct about activity of cambial ring?

Paragraph – 6.4.1.2 Activity of Cambial Ring, 106. Which of these is correct about activity of cambial ring?

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Paragraph – 6.4.1.2 Activity of Cambial Ring, 107. Identify the secondary xylem in the figure-

Paragraph – 6.4.1.2 Activity of Cambial Ring, 107. Identify the secondary xylem in the figure-

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Paragraph – 6.4.1.3 Spring wood and autumn wood, 108. Activity of cambium is under control of-

Paragraph – 6.4.1.3 Spring wood and autumn wood, 108. Activity of cambium is under control of-

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Paragraph – 6.4.1.3 Spring wood and autumn wood, 109. In spring, cambium produce

Paragraph – 6.4.1.3 Spring wood and autumn wood, 109. In spring, cambium produce

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Paragraph – 6.4.1.3 Spring wood and autumn wood, 110. Select the characters of autumn wood from the list-

Paragraph – 6.4.1.3 Spring wood and autumn wood, 110. Select the characters of autumn wood from the list-

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Paragraph – 6.4.1.3 Spring wood and autumn wood, 111. Annual rings are constituted by-

Paragraph – 6.4.1.3 Spring wood and autumn wood, 111. Annual rings are constituted by-

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Paragraph – 6.4.1.4 Heartwood & Sapwood, 112. Heartwood is-

Paragraph – 6.4.1.4 Heartwood & Sapwood, 112. Heartwood is-

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Paragraph – 6.4.1.4 Heartwood & Sapwood, 113. Consider the following statements about heartwood-

Paragraph – 6.4.1.4 Heartwood & Sapwood, 113. Consider the following statements about heartwood-

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Paragraph – 6.4.2 Cork Cambium, 114. Assertion: Cork cambium is needed due to activity of vascular cambium Reason: Phellogen is present below endodermis

Paragraph – 6.4.2 Cork Cambium, 114. Assertion: Cork cambium is needed due to activity of vascular cambium Reason: Phellogen is present below endodermis

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Paragraph – 6.4.2 Cork Cambium, 115. Phellogen is made of-

Paragraph – 6.4.2 Cork Cambium, 115. Phellogen is made of-

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Paragraph – 6.4.2 Cork Cambium, 116. Phellogens cuts-

Paragraph – 6.4.2 Cork Cambium, 116. Phellogens cuts-

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Paragraph – 6.4.2 Cork Cambium, 117. Cork is impervious to water due to

Paragraph – 6.4.2 Cork Cambium, 117. Cork is impervious to water due to

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Paragraph – 6.4.2 Cork Cambium, 118. Bark includes –

Paragraph – 6.4.2 Cork Cambium, 118. Bark includes –

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Paragraph – 6.4.2 Cork Cambium, 119. Phlloderm is –

Paragraph – 6.4.2 Cork Cambium, 119. Phlloderm is –

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Paragraph – 6.4.2 Cork Cambium, 120. Lenticles are

Paragraph – 6.4.2 Cork Cambium, 120. Lenticles are

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Paragraph – 6.4.2 Cork Cambium, 121. Select the correct labels –

Paragraph – 6.4.2 Cork Cambium, 121. Select the correct labels –

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Paragraph – 6.4.3 Secondary Growth in Roots, 122. In sunflower root. Vascular cambium is originated from tissues –

Paragraph – 6.4.3 Secondary Growth in Roots, 122. In sunflower root. Vascular cambium is originated from tissues –

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Paragraph – 6.4.3 Secondary Growth in Roots, 123. Secondary growth does not occur in –

Paragraph – 6.4.3 Secondary Growth in Roots, 123. Secondary growth does not occur in –

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Paragraph – 6.4.3 Secondary Growth in Roots, 124. Identify the cambial ring –

Paragraph – 6.4.3 Secondary Growth in Roots, 124. Identify the cambial ring –

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Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 1. Apical meristems

Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 1. Apical meristems

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Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 10. Identify the axillary bud in given figure –

Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 10. Identify the axillary bud in given figure –

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Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 2. During leaf formation and stem elongation

Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 2. During leaf formation and stem elongation

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Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 3. Intercalary meristem

Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 3. Intercalary meristem

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Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 4. Primary meristem

Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 4. Primary meristem

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Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 5. Primary body of plant is formed by-

Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 5. Primary body of plant is formed by-

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Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 6. Lateral meristem are-

Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 6. Lateral meristem are-

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Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 7. Secondary meristem include-

Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 7. Secondary meristem include-

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Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 8. Meristem that occur in mature region of root and shoot of plant-

Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 8. Meristem that occur in mature region of root and shoot of plant-

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Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 9. Identify the correct labels-

Paragraph 6.1 The Tissues, Paragraph 6.1.1 Meristematic tissues: 9. Identify the correct labels-

1 MCQs