Reproduction in Plants - Higher Difficulty Problems

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This section is dedicated to challenging and conceptually demanding problems based on plant reproduction. It is designed for advanced Class 11–12 students, NEET aspirants targeting top ranks, and undergraduate learners who want to rigorously test and strengthen their conceptual depth.

In this section, you will work on:

  • Multi-concept problems integrating pollination, fertilization, and post-fertilization events

  • High-level MCQs requiring close NCERT line interpretation

  • Assertion–reason and multi-statement questions

  • Complex scenarios involving pollen–pistil interaction and double fertilization

  • Analytical problems on embryo and endosperm development

  • Diagram-based reasoning and identification challenges

  • Previous-year inspired and high-trap competitive questions

The content is structured to enhance analytical thinking, improve accuracy under pressure, and prepare students to handle the toughest questions in NEET and other competitive examinations.

Sharpen your reasoning skills and master complexity by practicing higher-difficulty problems on reproduction in plants.

Q. What is the primary advantage of asexual reproduction in plants?
  • A. Increased genetic diversity
  • B. Faster population growth
  • C. Dependence on pollinators
  • D. Formation of seeds
Q. What is the role of the style in a flower?
  • A. To attract pollinators
  • B. To support the anther
  • C. To connect the stigma to the ovary
  • D. To produce nectar
Q. What is the term for the process by which a seed absorbs water and begins to grow?
  • A. Germination
  • B. Pollination
  • C. Fertilization
  • D. Photosynthesis
Q. What type of pollination occurs when pollen is transferred from the anther of one flower to the stigma of another flower of the same species?
  • A. Self-pollination
  • B. Cross-pollination
  • C. Wind pollination
  • D. Water pollination
Q. Which plant hormone is primarily responsible for promoting fruit development after fertilization?
  • A. Auxin
  • B. Gibberellin
  • C. Cytokinin
  • D. Ethylene
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