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. Which evolutionary concept explains the development of new species from a common ancestor due to geographic isolation?
  • A. Allopatric speciation
  • B. Sympatric speciation
  • C. Parapatric speciation
  • D. Adaptive radiation
Q. Which evolutionary concept explains the development of new species from a common ancestor?
  • A. Speciation
  • B. Extinction
  • C. Adaptation
  • D. Migration
Q. Which evolutionary concept explains the development of similar traits in unrelated plant species due to similar environmental pressures?
  • A. Convergent evolution
  • B. Divergent evolution
  • C. Co-evolution
  • D. Parallel evolution
Q. Which evolutionary concept explains the emergence of new plant species from a common ancestor?
  • A. Speciation
  • B. Extinction
  • C. Hybridization
  • D. Gene flow
Q. Which evolutionary concept explains the similarities between unrelated plant species due to adaptation to similar environments?
  • A. Convergent evolution
  • B. Divergent evolution
  • C. Parallel evolution
  • D. Co-evolution
Q. Which evolutionary process is responsible for the development of new species from a common ancestor?
  • A. Speciation
  • B. Extinction
  • C. Hybridization
  • D. Convergent evolution
Q. Which factor can limit the efficiency of photosynthesis in plants?
  • A. Temperature
  • B. Water availability
  • C. Carbon dioxide concentration
  • D. All of the above
Q. Which factor does NOT affect the rate of photosynthesis?
  • A. Light intensity
  • B. Carbon dioxide concentration
  • C. Soil pH
  • D. Temperature
Q. Which factor does NOT directly affect the rate of photosynthesis?
  • A. Light intensity
  • B. Temperature
  • C. Soil pH
  • D. Carbon dioxide concentration
Q. Which gas is a byproduct of the light reactions?
  • A. Carbon dioxide
  • B. Nitrogen
  • C. Oxygen
  • D. Methane
Q. Which gas is consumed during the process of photosynthesis?
  • A. Oxygen
  • B. Nitrogen
  • C. Carbon dioxide
  • D. Hydrogen
Q. Which gas is taken in by plants during photosynthesis?
  • A. Oxygen
  • B. Nitrogen
  • C. Carbon dioxide
  • D. Hydrogen
Q. Which group of plants is characterized by having seeds but no flowers?
  • A. Angiosperms
  • B. Bryophytes
  • C. Gymnosperms
  • D. Ferns
Q. Which group of plants is characterized by the presence of seeds?
  • A. Bryophytes
  • B. Pteridophytes
  • C. Gymnosperms
  • D. Mosses
Q. Which group of plants is considered the most evolutionarily advanced due to their complex reproductive structures?
  • A. Bryophytes
  • B. Ferns
  • C. Gymnosperms
  • D. Angiosperms
Q. Which group of plants is considered the most evolutionarily advanced?
  • A. Bryophytes
  • B. Ferns
  • C. Gymnosperms
  • D. Angiosperms
Q. Which group of plants is known for having a dominant sporophyte generation?
  • A. Mosses
  • B. Ferns
  • C. Liverworts
  • D. Green algae
Q. Which hormone is primarily involved in regulating stomatal closure?
  • A. Auxin
  • B. Gibberellin
  • C. Abscisic acid
  • D. Cytokinin
Q. Which method of plant reproduction involves the use of cuttings?
  • A. Sexual reproduction
  • B. Asexual reproduction
  • C. Pollination
  • D. Grafting
Q. Which method of plant reproduction is commonly used in agriculture to produce clones of a desired plant?
  • A. Sexual reproduction
  • B. Cross-pollination
  • C. Asexual reproduction
  • D. Seed dispersal
Q. Which microbe is known for producing the antibiotic penicillin?
  • A. Bacillus cereus
  • B. Penicillium chrysogenum
  • C. Streptomyces griseus
  • D. Escherichia coli
Q. Which microbe is primarily responsible for the fermentation of bread?
  • A. Lactobacillus
  • B. Saccharomyces cerevisiae
  • C. Aspergillus niger
  • D. Clostridium botulinum
Q. Which microbe is primarily responsible for the fermentation of sauerkraut?
  • A. Lactobacillus
  • B. Bacillus
  • C. Clostridium
  • D. Staphylococcus
Q. Which microbe is primarily responsible for the fermentation process in bread making?
  • A. Lactobacillus
  • B. Saccharomyces cerevisiae
  • C. Rhizobium
  • D. Clostridium
Q. Which microbe is used in the production of vinegar?
  • A. Lactobacillus
  • B. Acetobacter
  • C. Saccharomyces
  • D. Bacillus
Q. Which molecule acts as an electron carrier in the light reactions?
  • A. ATP
  • B. NADPH
  • C. FADH2
  • D. RuBP
Q. Which molecule acts as the electron carrier in the light reactions?
  • A. NADP+
  • B. FADH2
  • C. ATP
  • D. RuBP
Q. Which molecule acts as the primary electron carrier in the light reactions?
  • A. NADP+
  • B. FADH2
  • C. ATP
  • D. ADP
Q. Which molecule acts as the primary electron donor in the light reactions?
  • A. Water
  • B. NADP+
  • C. Glucose
  • D. RuBP
Q. Which molecule acts as the primary energy carrier in the dark reactions?
  • A. ATP
  • B. NADPH
  • C. Glucose
  • D. RuBP
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