Botany is the branch of Biology that focuses on the study of plants, their structure, functions, growth, reproduction, and role in the environment. This category is curated for school students (Classes 6–12) and undergraduate learners to build strong fundamentals with exam-focused clarity.

In this section, you’ll explore:

  • Plant morphology, anatomy, and physiology explained step-by-step

  • Reproduction in plants, development, and life cycles

  • Cell biology, genetics, and biotechnology concepts related to plants

  • Ecology and plant diversity with real-world relevance

  • Important questions, MCQs, diagrams, and revision notes for exams

The content is aligned with NCERT, school boards, and UG syllabi, making it highly useful for school exams, NEET preparation, and college assessments. Concepts are explained in simple language with a focus on understanding, not rote learning.

Build a strong foundation in plant sciences and master Botany with confidence.

Biotechnology Applications Cell Structure and Function Diversity in Living World Evolution Human Health and Disease Human Reproduction Microbes in Human Welfare Molecular Basis of Inheritance Photosynthesis in Higher Plants Photosynthesis: Light and Dark Reactions Photosynthesis: Light and Dark Reactions - Advanced Concepts Photosynthesis: Light and Dark Reactions - Applications Photosynthesis: Light and Dark Reactions - Case Studies Photosynthesis: Light and Dark Reactions - Competitive Exam Level Photosynthesis: Light and Dark Reactions - Higher Difficulty Problems Photosynthesis: Light and Dark Reactions - Numerical Applications Photosynthesis: Light and Dark Reactions - Problem Set Photosynthesis: Light and Dark Reactions - Real World Applications Plant Cells and Tissues Plant Cells and Tissues - Advanced Concepts Plant Cells and Tissues - Applications Plant Cells and Tissues - Case Studies Plant Cells and Tissues - Competitive Exam Level Plant Cells and Tissues - Higher Difficulty Problems Plant Cells and Tissues - Numerical Applications Plant Cells and Tissues - Problem Set Plant Cells and Tissues - Real World Applications Plant Growth and Development Plant Growth and Development - Advanced Concepts Plant Growth and Development - Applications Plant Growth and Development - Case Studies Plant Growth and Development - Competitive Exam Level Plant Growth and Development - Higher Difficulty Problems Plant Growth and Development - Numerical Applications Plant Growth and Development - Problem Set Plant Growth and Development - Real World Applications Plant Kingdom Classification Plant Kingdom Classification - Advanced Concepts Plant Kingdom Classification - Applications Plant Kingdom Classification - Case Studies Plant Kingdom Classification - Competitive Exam Level Plant Kingdom Classification - Higher Difficulty Problems Plant Kingdom Classification - Numerical Applications Plant Kingdom Classification - Problem Set Plant Kingdom Classification - Real World Applications Plant Physiology - Transport in Plants Principles of Inheritance and Variation Reproduction in Organisms Reproduction in Plants Reproduction in Plants - Advanced Concepts Reproduction in Plants - Applications Reproduction in Plants - Case Studies Reproduction in Plants - Competitive Exam Level Reproduction in Plants - Higher Difficulty Problems Reproduction in Plants - Numerical Applications Reproduction in Plants - Problem Set Reproduction in Plants - Real World Applications Respiration in Plants Structural Organization in Animals and Plants
Q. In angiosperms, what is the role of the endosperm?
  • A. To protect the seed
  • B. To provide nourishment to the developing embryo
  • C. To facilitate pollination
  • D. To aid in seed dispersal
Q. In C4 plants, where does the initial carbon fixation occur?
  • A. In the mesophyll cells
  • B. In the bundle sheath cells
  • C. In the stroma
  • D. In the thylakoid membranes
Q. In C4 plants, where does the initial fixation of CO2 occur?
  • A. In the mesophyll cells
  • B. In the bundle sheath cells
  • C. In the stroma
  • D. In the thylakoid membranes
Q. In flowering plants, how many pollen grains are typically produced by one anther?
  • A. 4
  • B. 8
  • C. 16
  • D. 32
Q. In flowering plants, what is the role of the ovule?
  • A. To produce pollen
  • B. To develop into a seed
  • C. To attract pollinators
  • D. To support the flower structure
Q. In plant biotechnology, what is the significance of the term 'bioreactor'?
  • A. A device for photosynthesis
  • B. A system for growing microorganisms
  • C. A vessel for cultivating plant cells or tissues
  • D. A method for soil analysis
Q. In plant taxonomy, what does the term 'monocot' refer to?
  • A. One seed leaf
  • B. Two seed leaves
  • C. Multiple seed leaves
  • D. No seed leaves
Q. In plant taxonomy, what is the highest rank in the classification hierarchy?
  • A. Family
  • B. Genus
  • C. Species
  • D. Kingdom
Q. In plant taxonomy, which of the following ranks is directly below 'Kingdom'?
  • A. Class
  • B. Order
  • C. Family
  • D. Genus
Q. In plant taxonomy, which rank is directly below the family level?
  • A. Genus
  • B. Species
  • C. Order
  • D. Class
Q. In plants, what is the function of the gene promoter?
  • A. To code for proteins
  • B. To initiate transcription
  • C. To replicate DNA
  • D. To repair DNA
Q. In plants, what is the role of the flower in reproduction?
  • A. Photosynthesis
  • B. Water absorption
  • C. Pollination and fertilization
  • D. Nutrient storage
Q. In plants, what is the significance of genetic variation?
  • A. It decreases adaptability
  • B. It enhances survival and reproduction
  • C. It leads to uniformity in traits
  • D. It is irrelevant to evolution
Q. In plants, what is the term for the physical location of a gene on a chromosome?
  • A. Allele
  • B. Locus
  • C. Phenotype
  • D. Genotype
Q. In terms of ecological applications, why is plant taxonomy important?
  • A. It helps in identifying edible plants.
  • B. It aids in understanding plant diseases.
  • C. It assists in conservation efforts.
  • D. All of the above.
Q. In the absence of light, which process will cease in plants?
  • A. Photosynthesis
  • B. Respiration
  • C. Transpiration
  • D. Glycolysis
Q. In the light reactions of photosynthesis, which molecule is produced as a byproduct?
  • A. Glucose
  • B. Oxygen
  • C. NADPH
  • D. ATP
Q. In which ecological role do plants primarily function?
  • A. Decomposers
  • B. Primary producers
  • C. Predators
  • D. Parasites
Q. In which part of the chloroplast do the light reactions occur?
  • A. Stroma
  • B. Thylakoid membranes
  • C. Outer membrane
  • D. Inner membrane
Q. In which part of the chloroplast do the light reactions of photosynthesis occur?
  • A. Stroma
  • B. Thylakoid membranes
  • C. Cytoplasm
  • D. Outer membrane
Q. In which part of the chloroplast do the light-dependent reactions occur?
  • A. Stroma
  • B. Thylakoid membranes
  • C. Outer membrane
  • D. Inner membrane
Q. In which part of the chloroplast do the light-dependent reactions of photosynthesis occur?
  • A. Stroma
  • B. Thylakoid membranes
  • C. Outer membrane
  • D. Inner membrane
Q. In which part of the chloroplast does the Calvin cycle occur?
  • A. Thylakoid membranes
  • B. Outer membrane
  • C. Stroma
  • D. Inner membrane
Q. In which part of the flower does fertilization typically occur?
  • A. Ovary
  • B. Stigma
  • C. Anther
  • D. Style
Q. In which part of the plant does cellular respiration primarily occur?
  • A. Roots
  • B. Leaves
  • C. Stems
  • D. All parts
Q. In which part of the plant does fertilization typically occur?
  • A. In the roots
  • B. In the leaves
  • C. In the ovary
  • D. In the stem
Q. In which part of the plant does photosynthesis primarily occur?
  • A. Roots
  • B. Stems
  • C. Leaves
  • D. Flowers
Q. In which part of the plant does primary growth occur?
  • A. Root tips and shoot tips
  • B. Leaves
  • C. Flowers
  • D. Stems
Q. In which part of the plant does secondary growth primarily occur?
  • A. Roots
  • B. Leaves
  • C. Stems
  • D. Flowers
Q. In which part of the plant does the Calvin cycle occur?
  • A. Thylakoid membrane
  • B. Stroma of the chloroplast
  • C. Cytoplasm
  • D. Mitochondria
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