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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