Botany

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. 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 exists between plants and mycorrhizal fungi?
  • A. Parasitism
  • B. Commensalism
  • C. Mutualism
  • D. Competition
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 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. 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 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 classification level comes directly after 'Family' in the taxonomic hierarchy?
  • A. Order
  • B. Genus
  • C. Species
  • D. Class
Q. Which classification level comes directly after 'Kingdom' in the hierarchy of biological classification?
  • A. Phylum
  • B. Class
  • C. Order
  • D. Family
Q. Which classification level comes directly after 'Kingdom' in the taxonomic hierarchy?
  • A. Phylum
  • B. Class
  • C. Order
  • D. Family
Q. Which classification level is directly below 'Family'?
  • A. Order
  • B. Genus
  • C. Species
  • D. Class
Q. Which classification system is most widely used in modern botany?
  • A. Linnaean system
  • B. Phylogenetic system
  • C. Cladistic system
  • D. Phenetic system
Q. Which environmental factor can limit the rate of photosynthesis?
  • A. Temperature
  • B. Soil pH
  • C. Wind speed
  • D. Humidity
Q. Which environmental factor is most critical for seed germination?
  • A. Light
  • B. Temperature
  • C. Soil type
  • D. Humidity
Q. Which enzyme catalyzes the first step of the Calvin cycle?
  • A. Rubisco
  • B. ATP synthase
  • C. NADP+ reductase
  • D. Phosphofructokinase
Q. Which enzyme catalyzes the fixation of carbon dioxide in the Calvin cycle?
  • A. Rubisco
  • B. ATP synthase
  • C. NADP+ reductase
  • D. Phosphofructokinase
Q. Which enzyme is crucial for carbon fixation in the Calvin cycle?
  • A. Rubisco
  • B. ATP synthase
  • C. NADP+ reductase
  • D. Phosphofructokinase
Q. Which enzyme is responsible for carbon fixation in the Calvin cycle?
  • A. Rubisco
  • B. ATP synthase
  • C. NADP+ reductase
  • D. Phosphofructokinase
Q. Which enzyme is responsible for fixing carbon dioxide in the Calvin cycle?
  • A. Rubisco
  • B. ATP synthase
  • C. NADP+ reductase
  • D. Phosphofructokinase
Q. Which essential oil, derived from a plant, is known for its antimicrobial properties?
  • A. Lavender
  • B. Peppermint
  • C. Tea Tree
  • D. Rosemary
Q. Which evolutionary concept explains the adaptation of plants to their environment over time?
  • A. Survival of the fittest
  • B. Adaptive radiation
  • C. Niche differentiation
  • D. Phenotypic plasticity
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