Lesson 5.6.2

5.6.2 Scientific community and evidence for evolution Quiz: Pearson Edexcel Biology, Unit 5

20 questions

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Lesson 5.6.2, Scientific community and evidence for evolution: 20 multiple choice questions for the Pearson Edexcel Biology (9BI0), Unit 5: On the Wild Side, written with Revision Ninja.

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The 20 questions

  1. What process involves independent experts assessing research quality before publication?

    • Peer review
    • Genome sequencing
    • Statistical analysis
    • Data replication
  2. Where do scientists primarily present and critically evaluate new evidence for evolution?

    • Popular magazines
    • Local newspapers
    • Patent offices
    • Academic conferences
  3. Which technique provides molecular evidence for evolution by comparing DNA base sequences?

    • Stratigraphy
    • Genomics
    • Radiocarbon dating
    • Proteomics
  4. What does high sequence similarity in DNA between two different species indicate?

    • Convergent evolution
    • High mutation rate
    • Identical ecological niche
    • Recent common ancestor
  5. What process is essential to validate a newly discovered fossil before scientific acceptance?

    • Public exhibition
    • Peer review
    • Carbon dating
    • Mass production
  6. What term describes a well-substantiated explanation supported by extensive scientific evidence?

    • Scientific theory
    • Scientific hypothesis
    • Untested prediction
    • Observational fact
  7. What primary opportunity do scientific conferences provide for validating new research?

    • Automated data collection
    • Funding distribution
    • Critical peer discussion
    • Patent registration
  8. Which proteomic evidence best indicates a close evolutionary relationship between two species?

    • Equal protein mass
    • Identical cell walls
    • Similar amino acids
    • Similar mRNA bases
  9. What action does the scientific community take when new molecular data disputes existing taxonomy?

    • Discards older fossils
    • Bans further testing
    • Ignores new data
    • Reevaluates classification
  10. Why are scientific claims published without prior peer review treated with caution?

    • Lack of diagrams
    • Incorrect formatting
    • Unchecked expert validity
    • High publication cost
  11. What is the main benefit of having multiple independent sources of evolutionary evidence?

    • Reduces research costs
    • Eliminates gene mutation
    • Speeds up speciation
    • Increases theory validity
  12. What main role do scientific journals play in evolutionary research?

    • Awarding research degrees
    • Teaching university students
    • Publishing reviewed research
    • Funding field trips
  13. What type of modern evidence most frequently leads to the reclassification of organisms?

    • Fossil record depth
    • Molecular DNA sequences
    • Geographical range size
    • Gross anatomical features
  14. What process is required before the scientific community accepts a new evolutionary finding?

    • Peer review
    • Media release
    • Public voting
    • Immediate publication
  15. Which study of evolutionary evidence involves comparing amino acid sequences in proteins?

    • Proteomics
    • Palaeontology
    • Anatomy
    • Genomics
  16. Which branch of evidence compares the full DNA base sequences of different organisms?

    • Genomics
    • Stratigraphy
    • Proteomics
    • Morphology
  17. How do scientific journals validate new evolutionary evidence before publication?

    • Statistical extrapolation
    • Editorial approval
    • Peer review
    • Public opinion polls
  18. What term describes a well-supported scientific explanation backed by extensive evidence?

    • Prediction
    • Scientific theory
    • Hypothesis
    • Observation
  19. What term describes independent researchers repeating an experiment to get matching results?

    • Falsification
    • Peer review
    • Replication
    • Validation
  20. Why do scientists combine molecular and fossil evidence when studying evolutionary trees?

    • To cross-validate data
    • To eliminate mutations
    • To standardise phenotypes
    • To prevent extinction

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