Biology (School & UG)

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Biology is the science of life — from the tiniest cell to the most complex human systems. This category is designed to support school students (Classes 6–12) as well as undergraduate (UG) learners with clear explanations, exam-focused content, and concept-building resources.

You’ll find:

  • Concept-wise explanations aligned with NCERT and common UG syllabi

  • Important questions & answers for school exams, NEET foundation, and college tests

  • Human physiology, genetics, ecology, biotechnology, and cell biology explained simply

  • Practice questions, MCQs, and revision notes to strengthen understanding

  • Doubt-solving and conceptual clarity for competitive and academic success

Whether you’re preparing for school exams, building a strong base for NEET, or studying Biology at the undergraduate level, this section helps you learn smarter, revise faster, and understand Biology deeply — not just memorize it.

Learn life sciences the right way — clear concepts, exam relevance, and real understanding.

Q. What type of root system is characterized by a single main root with smaller lateral roots?
  • A. Fibrous root system
  • B. Taproot system
  • C. Adventitious root system
  • D. Modified root system
Q. What type of symbiotic relationship do mycorrhizal fungi have with plants?
  • A. Parasitism
  • B. Commensalism
  • C. Mutualism
  • D. Competition
Q. What type of symbiotic relationship exists between plants and mycorrhizal fungi?
  • A. Parasitism
  • B. Commensalism
  • C. Mutualism
  • D. Competition
Q. What type of symmetry do most animals exhibit?
  • A. Radial symmetry
  • B. Bilateral symmetry
  • C. Asymmetry
  • D. Spherical symmetry
Q. What type of symmetry do most echinoderms exhibit?
  • A. Bilateral symmetry
  • B. Radial symmetry
  • C. Asymmetry
  • D. Spherical symmetry
Q. What type of symmetry do most flowers exhibit?
  • A. Radial symmetry
  • B. Bilateral symmetry
  • C. Asymmetry
  • D. None of the above
Q. What type of symmetry is commonly found in flowers of the Asteraceae family?
  • A. Radial symmetry
  • B. Bilateral symmetry
  • C. Asymmetry
  • D. None of the above
Q. What type of symmetry is commonly found in flowers of the family Asteraceae?
  • A. Radial symmetry
  • B. Bilateral symmetry
  • C. Asymmetry
  • D. None
Q. What type of symmetry is exhibited by echinoderms?
  • A. Bilateral symmetry
  • B. Radial symmetry
  • C. Asymmetry
  • D. Spherical symmetry
Q. What type of symmetry is exhibited by most echinoderms?
  • A. Bilateral symmetry
  • B. Radial symmetry
  • C. Asymmetry
  • D. Spherical symmetry
Q. What type of symmetry is exhibited by most flowers?
  • A. Radial symmetry
  • B. Bilateral symmetry
  • C. Asymmetry
  • D. None of the above
Q. What type of tissue forms the outer protective layer of a plant?
  • A. Vascular tissue
  • B. Ground tissue
  • C. Dermal tissue
  • D. Meristematic tissue
Q. What type of tissue is responsible for the growth of plants?
  • A. Dermal tissue
  • B. Vascular tissue
  • C. Meristematic tissue
  • D. Ground tissue
Q. What type of tissue is responsible for the transport of sugars in plants?
  • A. Xylem
  • B. Phloem
  • C. Cortex
  • D. Epidermis
Q. What type of vaccine is the MMR vaccine?
  • A. Inactivated
  • B. Live attenuated
  • C. Subunit
  • D. Toxoid
Q. Where do the light reactions of photosynthesis occur?
  • A. In the stroma
  • B. In the thylakoid membranes
  • C. In the cytoplasm
  • D. In the mitochondria
Q. Where do the light reactions of photosynthesis take place?
  • A. In the stroma
  • B. In the thylakoid membranes
  • C. In the cytoplasm
  • D. In the mitochondria
Q. Where in the chloroplast does the Calvin cycle take place?
  • A. Thylakoid membrane
  • B. Stroma
  • C. Outer membrane
  • D. Inner membrane
Q. Which bacterium is known for causing cholera?
  • A. Vibrio cholerae
  • B. Salmonella enterica
  • C. Clostridium botulinum
  • D. Listeria monocytogenes
Q. Which base is found in RNA but not in DNA?
  • A. Thymine
  • B. Uracil
  • C. Cytosine
  • D. Adenine
Q. Which base is NOT found in RNA?
  • A. Adenine
  • B. Cytosine
  • C. Thymine
  • D. Uracil
Q. Which biotechnology application can help in developing drought-resistant crops?
  • A. Gene silencing
  • B. Plant hybridization
  • C. Tissue culture
  • D. Photosynthetic enhancement
Q. Which biotechnology application is used in forensic science?
  • A. Gene therapy
  • B. DNA fingerprinting
  • C. Monoclonal antibodies
  • D. Bioremediation
Q. Which biotechnology application is used to produce insulin?
  • A. Gene cloning
  • B. Fermentation
  • C. Cell culture
  • D. Transgenic organisms
Q. Which biotechnology method is used to produce plants that can tolerate herbicides?
  • A. Gene cloning
  • B. Somatic hybridization
  • C. Transgenic technology
  • D. Micropropagation
Q. Which biotechnology technique is commonly used to create genetically modified organisms (GMOs)?
  • A. Cloning
  • B. CRISPR-Cas9
  • C. Hybridization
  • D. Tissue culture
Q. Which biotechnology technique is commonly used to produce transgenic plants?
  • A. Polymerase Chain Reaction (PCR)
  • B. Agrobacterium-mediated transformation
  • C. Gel electrophoresis
  • D. Micropropagation
Q. Which blood vessel carries oxygenated blood away from the heart?
  • A. Pulmonary artery
  • B. Aorta
  • C. Pulmonary vein
  • D. Superior vena cava
Q. Which cells are primarily responsible for the production of antibodies?
  • A. T cells
  • B. B cells
  • C. Macrophages
  • D. Dendritic cells
Q. Which chamber of the heart receives deoxygenated blood from the body?
  • A. Left atrium
  • B. Right atrium
  • C. Left ventricle
  • D. Right ventricle
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