YThis is a practice test I am doing for myself, I mean no copyright infringement and this is just for personal testing of my knowledge.
The ancient Greeks
A century or so before Charles Darwin
Charles Darwin
Around the beginning of the 20th Century
4.5 Billion years
12 to 18 Billion years
65 Million years
6000 years
That life evolves toward increasing complexity
That living forms become more perfect with time
That individuals inhered new adaptations acquired by their parents
That evolution is related to changes in the environment
Recognition by an organism of environmental change
Automatic production of new adaptive traits
Possibility of extinction when adaptation doesn't work
Passing on of acquired traits to offspring
Proved evolution had occurred
Disproved the Bible
Provided a mechanism to explain how evolution works
Was the first to apply science to the study of evolution
Descent with modification
Natural selection
Inheritance of acquired characteristics
Adaptation
His idea acknowledged extinction
His idea did not include progressive evolution toward greater complexity
His version did not claim that evolution was directed toward humans
Nobody believed in evolution in the first place
Proposing explanations for evolution that differed from Darwin's
Hitting upon the idea of natural selection at about the same time as Darwin
Deriving the basic laws of genetics
His advocacy of divine creation
Gregor Mendel
Charles Darwin
Alfred Russel Wallace
Archbishop James Ussher
Genes undergo mutations
Inheritance involves the passing on of "particles"
Inheritance involves the blending of parental substances
Genetics explains how evolution works
A variant of a gene
The same as a gene
A mutated form of a normal gene
A recessive version of a gene
Phenotype
Genotype
Allele
Dominant
Phenotype
Genotype
Allele
Dominant
Dominant
Homozygous
Co-dominant
Recessive
Better fit
More common
The one that codes for the normal expression of a trait
The one that is expressed phenotypically over other alleles
Uncommon
Only expressed phenotypically if homozygous
Less fit
The one that codes for abnormal traits
Having the same alleles in a pair
Producing identical twins
Having two different alleles in a pair
Producing similar zygotes at fertilization
Having the same alleles in a pair
Producing identical twins
Having two different alleles in a pair
Producing similar zygotes at fertilization
Fertilized egg cells
Individual genetic expressions that combine at fertilization
Sex cells like sperm and eggs
Another name for the genetic variants known as alleles
3 billion
1 million
500,000
20,000
A kind of living organism
A group of organisms that looks completely different from others
A group of organisms with similar adaptations
A reproductively isolated group of organisms
Evolution
Ecology
Adaptation
Descent with modification
Habitat
Ecosystem
Niche
Environment
Society
Ecosystem
Niche
Environment
Behavior
Anatomy
Physiology
Communication System
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