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  • 5 Sections
  • 149 Lessons
  • 365 Days
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  • Chapter 1: The Living World
    Biodiversity; Need for classification; three domains of life; taxonomy and systematics; concept of species and taxonomical hierarchy; binomial nomenclature.
    17
    • 1.1
      Biodiversity – Definition, Levels and Importance
    • 1.2
      Need for Biological Classification in Living Organisms
    • 1.3
      Three Domains of Life – Archaea, Bacteria and Eukarya
    • 1.4
      Taxonomy – Meaning, Scope and Applications
    • 1.5
      Systematics – Role in Evolutionary Relationships
    • 1.6
      Concept of Species – Biological and Morphological
    • 1.7
      Taxonomical Hierarchy – Kingdom to Species
    • 1.8
      Major Taxonomic Categories – Phylum, Class, Order, Family, Genus
    • 1.9
      Binomial Nomenclature – Rules and Conventions
    • 1.10
      Contributions of Carolus Linnaeus to Nomenclature
    • 1.11
      International Code of Nomenclature in Biology
    • 1.12
      Importance of Classification for CBSE & NEET Exams
    • 1.13
      MCQs on Biodiversity and Taxonomy
    • 1.14
      Online Quiz on Species Concept and Hierarchy
    • 1.15
      Practice Test on Three Domains of Life
    • 1.16
      CBSE Class 11 Biology Online Test: The Living World
    • 1.17
      Taxonomy vs Systematics – Key Differences
  • Chapter 2: Biological Classification
    Five kingdom classifications; Salient features and classification of Monera, Protista and Fungi; Lichens, Viruses and Viroids.
    28
    • 2.1
      Five Kingdom Classification – Overview and Criteria
    • 2.2
      Advantages and Limitations of Five Kingdom Classification
    • 2.3
      Whittaker’s Five Kingdom System
    • 2.4
      Differences between Prokaryotes and Eukaryotes
    • 2.5
      General Characteristics of Kingdom Monera
    • 2.6
      Classification of Bacteria: Archaebacteria and Eubacteria
    • 2.7
      Economic Importance of Bacteria
    • 2.8
      Cyanobacteria (Blue-Green Algae)
    • 2.9
      Structural Features of Bacteria (Cell Wall, Flagella, Reproduction)
    • 2.10
      Salient Features of Kingdom Protista
    • 2.11
      Classification of Protista: Chrysophytes, Dinoflagellates, Euglenoids, Slime Moulds, Protozoans
    • 2.12
      Protistan Diseases in Humans – NEET & CBSE MCQs
    • 2.13
      CBSE Class 11 Biology Online Quiz: Protista and Its Diversity
    • 2.14
      Economic and Ecological Importance of Protists – Practice Test
    • 2.15
      General Characteristics of Kingdom Fungi
    • 2.16
      Classification of Fungi: Phycomycetes, Ascomycetes, Basidiomycetes, Deuteromycetes
    • 2.17
      Reproduction in Fungi
    • 2.18
      Role of Fungi in Industry and Medicine
    • 2.19
      Symbiotic Associations of Fungi (Mycorrhizae, Lichens)
    • 2.20
      Structure and Nature of Lichens (Symbiosis of Algae & Fungi)
    • 2.21
      Economic and Ecological Importance of Lichens
    • 2.22
      Lichens as Pollution Indicators
    • 2.23
      General Characteristics of Viruses
    • 2.24
      Structure of Viruses: Capsid, Envelope, Nucleic Acid
    • 2.25
      Plant and Animal Viral Diseases
    • 2.26
      Viroids: Structure and Characteristics
    • 2.27
      Difference Between Viruses, Viroids, and Lichens
    • 2.28
      Biological Classification NCERT MCQs for CBSE Class 11 Biology
  • Chapter 3: Plant Kingdom
    Classification into major groups; Features and examples of Algae, Bryophyta, Pteridophyta, Gymnospermae (Excluded: Angiosperms, Plant Life Cycle & Alternation of Generations).
    24
    • 3.1
      Plant Kingdom Classification MCQs – CBSE Class 11 Biology Online Test
    • 3.2
      NCERT-Based Plant Kingdom MCQs for NEET-UG Entrance Preparation
    • 3.3
      Classification of Algae – CBSE Class 11 Biology MCQs
    • 3.4
      Green Algae (Chlorophyceae) – Online Quiz with Scoring
    • 3.5
      Brown Algae (Phaeophyceae) – Structure, Pigments and MCQs
    • 3.6
      Red Algae (Rhodophyceae) – Characteristics and Examples MCQs
    • 3.7
      Algae Economic Importance – Food, Industry and Biofertilizer MCQs
    • 3.8
      Algal Reproduction – Vegetative, Asexual and Sexual MCQs
    • 3.9
      Bryophyta Classification and General Characteristics – MCQs
    • 3.10
      Liverworts (Marchantiophyta) – Features and Examples MCQs
    • 3.11
      Mosses (Bryopsida) – Structural Features and MCQs
    • 3.12
      Bryophyta Reproduction – Gametophyte Dominance MCQs
    • 3.13
      Economic Importance of Bryophytes – Peat Moss and Sphagnum MCQs
    • 3.14
      Pteridophyta Characteristics – Vascular Tissue and Sporophyte Dominance
    • 3.15
      Classification of Pteridophyta – Ferns, Lycopodium, Selaginella MCQs
    • 3.16
      Heterospory in Pteridophytes – Selaginella and Salvinia MCQs
    • 3.17
      Structure and Function of Ferns – Fronds, Sori, Sporangia
    • 3.18
      Reproduction in Pteridophyta – Asexual and Sexual
    • 3.19
      Gymnosperms Classification and General Features
    • 3.20
      Cycads (Cycas) – Morphological Features and Reproduction
    • 3.21
      Conifers (Pinus, Cedrus) – Structural Features
    • 3.22
      Gnetales (Gnetum, Ephedra) – Unique Features
    • 3.23
      Motile vs Non-Motile Sperms in Gymnosperms MCQs
    • 3.24
      Economic Importance of Gymnosperms – Timber, Resin, Ephedrine
  • Chapter 4: Animal Kingdom
    Salient features and classification: Non-chordates up to phyla level and chordates up to class level; examples of each. (No live specimens to be displayed).
    34
    • 4.1
      Salient Features of Animal Kingdom
    • 4.2
      Basis of Classification of Animals – Symmetry, Germ Layers, Coelom, Segmentation
    • 4.3
      Levels of Organisation in Animals – Cellular, Tissue, Organ
    • 4.4
      Diploblastic vs Triploblastic Animals – Structural Differences
    • 4.5
      Coelom Types in Animals – Acoelomates, Pseudocoelomates, Coelomates
    • 4.6
      Segmentation and Symmetry in Animal Body Plans MCQs
    • 4.7
      Phylum Porifera – Salient Features, Canal System, Choanocytes MCQs
    • 4.8
      Examples of Porifera – Spongilla, Sycon, Euplectella
    • 4.9
      Phylum Coelenterata – Diploblastic Body Plan, Cnidoblasts MCQs
    • 4.10
      Polyp and Medusa Forms in Cnidarians
    • 4.11
      Phylum Ctenophora – Salient Features and Bioluminescence
    • 4.12
      Phylum Platyhelminthes – Acoelomates, Parasitic Adaptations
    • 4.13
      Phylum Aschelminthes – Pseudocoelomates, Digestive System Features
    • 4.14
      Phylum Annelida – Metameric Segmentation, Nephridia
    • 4.15
      Phylum Arthropoda – Largest Phylum, Exoskeleton, Jointed Appendages
    • 4.16
      Economic Importance of Arthropods – Apiculture, Vector Transmission
    • 4.17
      Phylum Mollusca – Mantle, Radula, Open Circulatory System
    • 4.18
      Phylum Echinodermata – Water Vascular System and Pentamerous Symmetry
    • 4.19
      Phylum Hemichordata – Bridge between Non-Chordates and Chordates
    • 4.20
      Salient Features of Chordates – Notochord, Dorsal Nerve Cord, Pharyngeal Gill Slits
    • 4.21
      Differences between Non-Chordates and Chordates
    • 4.22
      Subphylum Urochordata and Cephalochordata
    • 4.23
      Vertebrata General Features – Endoskeleton, Paired Appendages, Chambered Heart
    • 4.24
      Class Cyclostomata – Agnathan Fishes, Hagfish, Lampreys
    • 4.25
      Class Pisces – Cartilaginous Fishes and Bony Fishes
    • 4.26
      Class Amphibia – Dual Life, Respiration and Examples (Frog, Salamander)
    • 4.27
      Class Reptilia – Scales, Cold-Blooded Nature, Oviparity
    • 4.28
      Class Aves (Birds) – Feathers, Pneumatic Bones, Warm-Blooded
    • 4.29
      Flight Adaptations in Birds – Wings, Keel, Air Sacs
    • 4.30
      Class Mammalia – Hair, Mammary Glands, Viviparity MCQs
    • 4.31
      Comparative Study – Non-Chordates vs Chordates MCQs
    • 4.32
      Economic Importance of Animals in Different Phyla
    • 4.33
      Unique Features of Each Animal Phylum/Class
    • 4.34
      Animal Kingdom MCQs for NEET-UG and CBSE Exams
  • Chapter 5: Morphology of Flowering Plants
    Morphology of root, stem, leaf, inflorescence, flower, fruit, seed; description of family Solanaceae.
    46
    • 5.1
      Section 1: Morphology of Root– Types, Regions, Modifications
    • 5.2
      Types of Roots: Tap Root, Fibrous Root, Adventitious Root
    • 5.3
      Regions of the Root: Root Cap, Region of Elongation, Region of Maturation
    • 5.4
      Modifications of Roots for Storage (e.g., carrot, radish)
    • 5.5
      Respiratory Roots and Pneumatophores
    • 5.6
      Prop Roots, Stilt Roots, Climbing Roots
    • 5.7
      Epiphytic Roots and Photosynthetic Roots
    • 5.8
      Section 2: Morphology of Stem– Types, Functions, Modifications
    • 5.9
      Structure of the Stem and its Functions
    • 5.10
      Stem Modifications for Storage (e.g., potato, ginger)
    • 5.11
      Stem Modifications for Support (e.g., tendrils, thorns)
    • 5.12
      Underground Stem Modifications: Rhizome, Tuber, Corm, Bulb
    • 5.13
      Aerial Stem Modifications: Phylloclade, Cladode
    • 5.14
      Subaerial Stem Modifications: Runner, Sucker, Stolons
    • 5.15
      Section 3: Morphology of Leaf – Types, Venation, Phyllotaxy
    • 5.16
      Parts of a Typical Leaf: Lamina, Petiole, Stipule
    • 5.17
      Types of Leaves: Simple and Compound Leaves
    • 5.18
      Leaf Venation: Reticulate and Parallel Venation
    • 5.19
      Phyllotaxy: Alternate, Opposite, Whorled
    • 5.20
      Leaf Modifications (e.g., tendrils, spines, insectivorous leaves)
    • 5.21
      Functions of Leaves
    • 5.22
      Section 4: Inflorescence – Racemose, Cymose, Special Forms
    • 5.23
      Definition and Types of Inflorescence
    • 5.24
      Racemose Inflorescence and Its Subtypes
    • 5.25
      Cymose Inflorescence and Its Subtypes
    • 5.26
      Special Inflorescences: Cyathium, Hypanthodium, Verticillaster
    • 5.27
      Section 5: Morphology of Flower– Aestivation, Placentation, Ovary Types
    • 5.28
      Parts of a Typical Flower: Calyx, Corolla, Androecium, Gynoecium
    • 5.29
      Types of Flowers: Complete, Incomplete, Bisexual, Unisexual
    • 5.30
      Aestivation: Valvate, Twisted, Imbricate, Vexillary
    • 5.31
      Placentation: Marginal, Axile, Parietal, Free Central, Basal
    • 5.32
      Floral Symmetry: Actinomorphic and Zygomorphic Flowers
    • 5.33
      Position of Ovary: Hypogynous, Perigynous, Epigynous
    • 5.34
      Section 6: Fruit Morphology – Types, Examples, True vs False Fruits
    • 5.35
      Definition and Types of Fruits
    • 5.36
      Simple Fruits: Drupe, Berry, Capsule, Legume
    • 5.37
      Aggregate Fruits: e.g., Strawberry, Custard Apple
    • 5.38
      Multiple Fruits: e.g., Pineapple, Fig
    • 5.39
      Differences Between True and False Fruits
    • 5.40
      Seed Dispersal by Fruits
    • 5.41
      Section 7: Seed Morphology – Structure, Types, Germination
    • 5.42
      Structure of a Typical Seed: Seed Coat, Endosperm, Embryo
    • 5.43
      Dicotyledonous Seed (e.g. Bean)
    • 5.44
      Monocotyledonous Seed (e.g., Maize)
    • 5.45
      Differences Between Monocot and Dicot Seeds
    • 5.46
      Seed Germination Types: Epigeal and Hypogeal

Modifications of Roots for Storage (e.g., carrot, radish)

MCQs on Root Modifications for Storage – CBSE Class 11 Biology

MCQs on Modifications of Roots for Storage (carrot, radish)

Unit 2: Structural Organization in Animals and Plants · Chapter 5: Morphology of Flowering Plants
Section 1: Morphology of Root · CBSE Class 11 — Subject: Biology
30:00
Questions: 30
Time: 30 minutes
Type: Multiple Choice (Single correct)
1. Which plant shows a typical storage tap root?
2. Radish root is an example of which modification?
3. Which is a tuberous storage root?
4. Main function of storage roots is to:
5. Which of the following is a storage root like radish?
6. Where are food reserves mainly stored in storage roots?
7. Which pair represents storage roots?
8. Secondary growth in roots often contributes to:
9. Which crop is cultivated mainly for its storage root?
10. Which statement is correct?
11. Compared to absorbing roots, storage roots usually have:
12. A swollen primary root that stores food results from modification of the:
13. Shape of storage tap root in carrot is generally:
14. Which root type may also develop into storage roots in certain species?
15. Storage roots are economically important because they:
16. Which of the following is NOT an edible storage root?
17. Which cells typically store reserves in storage roots?
18. Which characteristic best describes storage roots?
19. Storage roots like carrot are commonly associated with which root system?
20. How do storage roots help perennial plants survive unfavorable seasons?
21. Storage roots are important agriculturally because they:
22. What accumulates in storage roots?
23. Which of these is a human food obtained from storage roots?
24. Which statement about carrot is true?
25. Tissue type abundant in storage roots is usually:
26. Accumulation of reserves in storage roots is controlled by:
27. Some storage roots can produce new plants vegetatively because they:
28. Which correctly contrasts potato and sweet potato?
29. Compared to feeder roots, storage roots usually have:
30. Carrot stores food primarily in the form of:
NCERT-aligned MCQs for CBSE Class 11 Biology — Morphology of Flowering Plants (Root Modifications for Storage). Timed practice: 30 minutes.

Titles:

  1. Root Storage Modifications MCQs — CBSE Class 11 Biology

  2. Storage Root Quiz (Carrot, Radish) — NCERT Practice

  3. CBSE Class 11 Storage Roots MCQs — Timed Test

  4. NCERT Storage Root Questions — Automatic Scoring for NEET

  5. Storage Roots: Taproot & Tuber MCQs — CBSE & NEET

Introduction:

Sharpen your understanding with Storage Roots MCQs for CBSE Class 11 — carefully curated from the NCERT syllabus to cover root modifications such as fleshy taproots in carrot and radish, tuberous roots, and the anatomical changes that support storage. These MCQs emphasize concept clarity and application, ideal for CBSE board revision and NEET-UG preparation. Each online practice test features automatic scoring and instant per-question feedback so you can track progress, identify weak areas, and focus revision efficiently. The timed 30-minute format helps build exam stamina and accuracy. Use repeated practice to reinforce key terms, structures, and functional significance. Start now to boost scores and conceptual confidence.

Tags:

CBSE Class 11 Biology MCQs, NCERT Root Modifications Practice, Online Practice Test Automatic Scoring, Storage Roots Carrot Radish Quiz, NEET UG Biology Revision MCQs, Timed CBSE Biology Practice Test, Per-question Feedback MCQs, Morphology of Flowering Plants Quiz

Keywords:

NCERT storage root MCQs online, Storage roots MCQs for NEET practice, CBSE Class 11 root modifications quiz, Carrot radish root structure questions, Timed online CBSE biology MCQs automatic scoring, Per-question feedback MCQs for Class 11, Root storage anatomy practice questions NCERT, Storage root identification questions for NEET

Regions of the Root: Root Cap, Region of Elongation, Region of Maturation
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Respiratory Roots and Pneumatophores
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