Gregor Mendel
A) Physics B) Botany C) Genetics D) Astronomy
A) 1900 B) 2000 C) 1800 D) 1866
A) Protein B) Nucleus C) Chromosome D) Gene
A) Genotype B) Heredity C) Mutation D) Phenotype
A) Three B) One C) Two D) Four
A) Phenotype B) Heredity C) Genotype D) Mutation
A) F2 generation B) G1 generation C) F1 generation D) P generation
A) Genes B) Traits C) Alleles D) Chromosomes
A) Dominant B) Heterozygous C) Homozygous D) Recessive
A) Monohybrid cross B) Backcross C) Dihybrid cross D) Test cross
A) Czech B) Moravian C) Austrian D) German
A) Brno B) Vienna C) Prague D) Olomouc
A) Anton B) Gregor C) Řehoř D) Johann
A) Biology B) Meteorology C) Chemistry D) Mathematics
A) Crossbreeding can favor certain traits B) Genetic mutations C) DNA structure D) Chromosome pairing
A) Ten B) Seven C) Three D) Five
A) Blended B) Hybrid C) Dominant D) Recessive
A) Gregor Mendel, Charles Lyell, and Jean-Baptiste Lamarck B) Erich von Tschermak, Hugo de Vries, and Carl Correns C) Charles Darwin, Alfred Russel Wallace, and Thomas Huxley D) James Watson, Francis Crick, and Maurice Wilkins
A) Christian Doppler B) Johann Karl Nestler C) Aleksander Zawadzki D) Leoš Janáček
A) Pangenesis B) Blending inheritance C) Natural selection D) Genetic linkage
A) Trading B) Beekeeping C) Teaching D) Farming
A) Green B) Purple C) White D) Yellow
A) Charles Darwin B) Hugo de Vries C) Carl Correns D) Gregor Mendel
A) Over a hundred times B) Never C) Fifty times D) About three times
A) Friedrich Franz B) Cyril František Napp C) Christian Doppler D) Johann Karl Nestler
A) Smooth or wrinkled B) Long or short C) Flat or curved D) Angular or round
A) They agreed with Fisher that Mendel falsified his data. B) They found that Mendel had indeed committed scientific fraud. C) Hartl and Fairbanks believed Fisher correctly interpreted Mendel's experiments. D) Fisher's statistical argument against Mendel was unsupported by convincing evidence.
A) Mus musculus B) Hieracium C) Pisum sativum D) Apis mellifera
A) PsGA3ox1 B) PsbHLH C) PsChlG D) Pscik2/3
A) Mendelism B) Darwinism C) Neo-Darwinism D) Lysenkoism
A) Psggr B) PsbHLH C) PsGA3ox1 D) PsSBE1
A) 1900 B) 1925 C) 1910 D) 1895
A) PsCLE41 B) PsSGR C) PsSBE1 D) PsGA3ox1
A) Chronic nephritis B) Pneumonia C) Stroke D) Heart problems
A) The mutation rate in pea plants B) The role of environmental factors C) The importance of hybrid vigor D) The actions of invisible factors (genes) in determining traits
A) Thomas Hunt Morgan B) Karl Pearson C) R. A. Fisher D) William Bateson
A) 28,000 B) 20,000 C) 30,000 D) 25,000
A) Christian Doppler B) Friedrich Franz C) Johann Karl Nestler D) Aleksander Zawadzki
A) Charles University in Prague B) University of Olomouc C) University of Vienna D) University of Brno
A) Biometric school B) Mendelian school C) Lamarckian school D) Neo-Darwinian school
A) 1853 B) 1867 C) 1850 D) 1851
A) Ernst Mayr B) Karl Pearson C) Thomas Hunt Morgan D) R. A. Fisher
A) Cyril František Napp B) Johann Karl Nestler C) Aleksander Zawadzki D) Friedrich Franz
A) 1867 B) 1868 C) 1862 D) 1856
A) Due to family pressure B) To escape military service C) To obtain an education without paying for it himself D) For religious devotion |
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